Tabellen voor tandwielen : berekening van de geometrische afmetingen van tandwieloverbrengingen met een gering aantal tanden

Tabellen voor tandwielen : berekening van de geometrische

afmetingen van tandwieloverbrengingen met een gering

aantal tanden

Citation for published version (APA):

Cuypers, M. H., Kymmell, G. R. W., & Verduin, M. (1968). Tabellen voor tandwielen : berekening van de

geometrische afmetingen van tandwieloverbrengingen met een gering aantal tanden. Technische Hogeschool

Eindhoven.

Document status and date:

Gepubliceerd: 01/01/1968

Document Version:

Uitgevers PDF, ook bekend als Version of Record

Please check the document version of this publication:

• A submitted manuscript is the version of the article upon submission and before peer-review. There can be

important differences between the submitted version and the official published version of record. People

interested in the research are advised to contact the author for the final version of the publication, or visit the

DOI to the publisher's website.

• The final author version and the galley proof are versions of the publication after peer review.

• The final published version features the final layout of the paper including the volume, issue and page

numbers.

Link to publication

General rights

Copyright and moral rights for the publications made accessible in the public portal are retained by the authors and/or other copyright owners and it is a condition of accessing publications that users recognise and abide by the legal requirements associated with these rights. • Users may download and print one copy of any publication from the public portal for the purpose of private study or research. • You may not further distribute the material or use it for any profit-making activity or commercial gain

• You may freely distribute the URL identifying the publication in the public portal.

If the publication is distributed under the terms of Article 25fa of the Dutch Copyright Act, indicated by the “Taverne” license above, please follow below link for the End User Agreement:

www.tue.nl/taverne

Take down policy

If you believe that this document breaches copyright please contact us at:

openaccess@tue.nl

providing details and we will investigate your claim.

I

I

Berekening van de geometrische afmetingen van tandwieloverbrengingen

met een gering aantal tanden

Afdeling Werktuigbouwkunde

Sectie Kleine werktuigen

....

~- '

• i.

VoorwOord

OYerzicht

Resuml der gebruikte

fozanlea

Tabelt gebzuikte symbolen in de

foxma.lea

met

bijbehorende Algol-notatie

.l:tglll~:nke!Îp:rograma

Tabellen

· Bl.s.a

---·

. '•,·n,

n

ID:

VII

XI

'XIII

_{~: .}

. 001.002

003+221

. I ·'."-. ·>·

De toepassing van tudwielen Mt kleine tandaantallen 'bi3 P'Ot& ove:rbreDg'Verhoudingen

~,.,.,JIIIifüTOordelen."

De

beekening

Van

de afmetingen

van

deze tandwielen

s:t:~n

echter

nop.l.

pooçliceerd

en

dit

werkt

rellilend op

a.

toepaasina enan.

In

dit boek is flèn reeks tabellen opgenomen voor een beperkt aantal overb:rengingen met veraclrllleDle

t&lld-·- .. , •' . -· .

hoekan en verschillende

kopho~etaotor&n

van het· theoretisch heuplprotiel en geldend voor taa.claantallen'·"

van

het rondsel

van

1

tot

1

o.

De wer.k:tekeniag gesevens voor de

~wielen

kwmen aan ie

hand

van de tabellen gemakkelijk bepaald worden.

Het. :rekeJJProg:r.'IUilm&, cJ.a.t

aan

deze tabellen ten gmndsl.ag

li~'.

ia vitgevoerd op

cle

Eleotroloc:toa-CODlpUter_

ELX-8

van

de atdeliDg willltumle der 'feolm:f.aohe Hogesehoool Ein4hoTen.

Ei.Ddhoven,

Mi

1968,

ir.

I.R.

CuJpers ·'· '

ir.

a..:s..w.

~11

x.

Veft.tdn.

";·

,.t ...

Overzicht

; De tabellen en formules zijn opgesteld voor de normaalmodulus m • 1 mm.

"

/

·.

n

De

factoren:

~~

:x:

1

,

À

en rk

1

van het :n:>ndsel

.

en

~,

•v en rkl van het wiel

behoeven dus slechts met de gewenste moduul vennÉmigvuldigd te worden om de juiste afmetingen te verkrijgen.

'

• :In

IEJi'16g9~;is

·de: ·khphoogtefactor

~

van het theoretisch heugelprofiel gelijk

aan

1.

Illar in de fijnmechanische techniek reeds andere waamen toegepast worden zijn de tabellen opgesteld voor

~

- 1.

blz.

ooo; .

tjm

0072

~

• 1,1

blz. 007; t/m 0742

~--

1,2

blz. 014; t/m 0212.

De drukhoek is

voor

alle gevallen&

«· -

_o·

2tf.

• Om

een voldoende doorgangsquotient

(= profielingrijpquotient

+

overlappingsquotient) te verkrijgen, worden

scmdne tanden toegepast.

De tandhoeken vs.rilren

van

10° tot 40° opklimmend met 5°, n.l.:.

0 . 0

p - ••...

o.

0

10

15°

20°

25°

'500

35°

40°

p • •••••••

zadialen

0

0,1745;

0,26179

0,34906

0,436;;

o,52;6o

0,61086

o,69e1;.

I I I

• Het tandental' 'Vàn het zondsel varieert van:

.

_.

iit •

1 t/m 10 opklimmend met 1 tand.

Het tandental ván het

wiel

varieert vans

•a •

6

t/m.

34

opklimmend met 1 tand

ea -

36

t/m.

6o

"

"

2 tanden

•a - 72 t/m. 120

"

n

12 tanden

i

₃

•

150 t/m 270 "

"

30

taiuten.

Voor •a als heugel is gerekend met

z

1

· •

1.000.000

t~en.

I •

• De BJ.'Ootte van de pro.fielverschuivings.faotoren x

1

en x

2

zi~n

de theo:retische minimale waa.l.'den zodanig,

dat net geen ondersnijding optreedt bij .fabricage met een steekheugel, zie punt

3

blz.

:vz:r

en

pun:~

8 blz. VIII.

Daar

het tandental van het rondsel klein is wordt in practisch alle gevallen een positieve

pro.fielverschui-v.l.ngs.faotor gevonden. Alleen

voor~ • 1 en voor grote tandhoeken

p

0

•

35

en 40c en tandaantallen z

1

•

9

en

10 vind.t men een negatieve pro.fielverschuivings.factor x • Het is raadzaam voor deze vier gevallen de rond-

_.

_.

_.

₁

sel&tm.etingen;· de asa.fstand en de inschuiffaotor opnieuw te

berekene~

voor een pro.fielverschuivings.factor

x -

₁

o.

_{. :}

De

ld.nimale

p1'().fi~lverschuivings.faotor

xa is vooral voor de

~1;ere

tandaantallen za negatief.

Daar

wielen met negatieve profielverschuiving buiten beschouwing blijven is in dat geval bij de berekening

de profielverscbuivingstactor x • 0 gesteld.

.

2

..

• Een

negatieve waarde voor de lmpverkdlrtingsfactor

(A.<())

betekent, dat de tanden spits zouden worden

buiten de cirkel met straal:

•

z

+h.

+

rkt •

2cosp

-x

x1.

'

0

De

st:raal

van de kopcilkel

van

het rondsel wordt dan de RIC1-waarde uit de tabel venn:indèrt met de u-waarde

behorende

bij

het tandental

z

2

waarmee het rondsel

samenwerkt, zie fig.1.

\ <

0

· A.

ia negatief

u-fig.

1.

In

dit

geval

worden de tanden niet spits.

Bij

een

positie'!e waarde van

A.

(A.~~)

kunnen

de tanden wel, spits worden binnen de

cirkel~met

-st:raata·

1kt ' •

2

_cos

z

p

₀

+ \:

+

x1 •

Er kiDmen

zich

m. twee gevallen voordoen&

À>O

a.

De kopvertandi:ngsfaetor ).. is kleiner

dan

de ··

inscbuiffaotor u

•

1<u

I

tig.

2.

l

rk

1

" •

werkelijke waarde voor de

kopcirkel-atraal vóor

~

=

~.

1ia

n -

m-wa.a:rae uit tabel

~(u

-: )..) •

De

tanden worden niet spits •

u

--~

... · ..

.'"'.''b•:~~De

kopvertandingsfaotor

k'·,i~t:~glfoter··.daii.~:de

inschuiffaotor u

A>u

In dit geval is de kopcirkelstraal van het rondsel

gelijk aan de RK1-wà&:rde uit de tabellen.

u

tig.

3.

I

·De ·tanden worden spits.

·I

• In

de

RX2-waarde is de u-waarde reeds verwerkt, zodat de kopcirlèelstraal van het wiel direkt ontleend

kan

worden aan

de tabel waarde. - .::

• De a;ymbolen

in

de tabellen zijn dezelfde als d:ie voor het Algol-progr&lJ1Ila gebruiktJ met behulp van de

Resum' der

~ebruikte

formules

1. Bepaling drukhoek op de steekcirkel gemeten in het vlak

!

op de ashartlijna

tan

u

•

tan «a •

cos~

ft

o

.• o

.

0

tan·

_.

:« •

_:.o

tan

20 •

2. Bepaling tandhoek op l:asiscil'kel:

tanp:b • tan:

p •

eos-:

111 •:

a..

--O

a

~· Bepaling van de minimale profielverséhuivingsfactór

van

het· rondsel zodanig dat geen ondersn:ljding

op-treedt b,ij fabricage met een steekheugels

· z s i n

2

•

• ·

·

t •

""a

~

• 1;c -

2.cos

A •

.

"'o

4.

Bepaling van de kopverkortingsfactor

À

van het rondsel· tengevolge

van oversnijding:

zmn

rk •

2

oosp

+

~

mn

+

z~1mn

.

0

~:n

cosua.

re • 2 oosp •coa«

8

.

0

~"

tig.

4·

'

VII

5.

Bepaling

'V8.n

de kopcirkel

'V8.n

het roiulself er zijn 2 mogelijkheden:

iDdien

A.'>

01

L.::5.snil14ien~A. <

01

kOJoir.kelstraal roD4selt

kopcirkelstraal rondsel:

··

.· · • •n . ·

. ·

·.

. ·

.

·

•1mn ·

.

. rkt • 2. oos(3

0

+

~

•n

+

x1mn- 1a.n

rk . • 2 oos(3

0

+

~

mn

+ :r:,mii

7•

Bepaling van het virtuele Îand.4pnaanta1 van het. rondsela

·.. ,

•

•

• - .

t

•

Tl

4)0&

2

f3t,.

008(30

. . ' . . . .

. e.

Bepaling

van

de miniuale profielversoluivingsfactor

van

het wiel zodanig dat geen ondersnijding optreedt

bi3 fabricage met een 1teekheugel1

.

.

. •a•aiD

«a

· ·

~

•

~

-

2 oos(3

₀

•

.

.

.·

.

l:Ddien

·Za

c 0: is, wordt verder

aa~om.en

:r:

2

•

Ot tandwielen met negatievE! profielverschuiving worden

1:r.:t5.

1Diten besohourine platen.

·

9.

Jepaling

van

de bedr:L3fsc1ruk:boek in het transversale vlak bij spelingsvr:l.je ingrijpinga:· ._,

·.·.~

indien x

2

c

Oa

%1 •

2tan«

0

.

evcz .•

+w«

10 ..

Bepaling van de basiscirkel van het wiela:

z2•mu•coscr:a

rba •

2

cos

~

•

•

0

11.

Bepaling van de hartafstand bij spelingavrije ingrijpinga

, rb1

+

rb2

"

• cos

a;

•

&V

12. Bepaling

van

de asverschuivit1gsfactora

z1+

z2

. 7 •

av -

2

cos~

mn•

.

0

.

1,. Bepaling van de insclmiffactort

indien

:z

2

>

0

u .

%1

+

~

- 7

14. Bepaling

van

de kopcirkelstraal

van

het wiela

•amn

r.

•

+

lt.

+

:z

-

u.m •

·fl::

'>•

k2

2oos~

0

'"'"k:~:~

2mu .

n

..

indien

~"C

0

u .

%1 -

7•

Dt

c • (e

₁

+

e

_{2 )}

cosf3

₀

·

•

..coe«&Jna

Bierbij is&

e1 •

1

rk1 2 ... rb12'- rb1.tan

uav

en

,I

2

2'

e2 • ., rk2 - rb2 ·- rb

2

tan «av•

16.

Bepaling van het minimale overl.appingsquotilnt&

'·

17.

Bepaling van de minimale tandbreedte van het wiel&

b

_>

_{sinf3 .mn•}

•••

0

18.

Bepaling van het virtuele tandaantal van het wiela

z2

z

_~

-

₂

_.

•

'

Cf:ebruikte symbolen in de formules met de bijbehorende Algol-notatie

Benami;D6.

Aa.nduidi;D6

Kophoogtefactor

TandbOek op steekcirkel

Drukhoek op de steekcirkel in

t1'6118Vers&le

vlak

Profielverschuivi;D6Sfactoren

Drukhoek

aan

de scherpe top van de

tand in het transversale vlak

!Dpverkórtingsfa~or

l'opcirkelstraal rondsel

"

"

w:iel

Basiscirkelstraal rondsel

"

"

wiel

Asafstand bij spelingavrije ingrijping

•·

-lïc

Po

:cos Po

sin p

0

2.cos

p

-

.0

a: a

sin

a:a

cos a:a

,

~a:a

~

~

CZS

ev

a:a

cos a:.

1

:"la

rk2

rb1

rb2

•v

Algolcode

hk

bo

ccosbo

sàinbo

twice

aa

sàina

as

l.J.iaÏil1aa

*11

à:22

rb11

rb22

Benaming

Aanduiding

...A.;tgolcode

Bedrijfsdrukhoek bij spelingavrije

_•av

a.

.~~&V'. ë ,#

..

1ngrijping

_{ev «av}

eva.v

cos cr._.y

oosaav

·ain «av

aiDaav

tan

•av

tanaav

Ingrijpweg voor en na de pool

.,

e11

..

••

e22

InBr.tjpquotilnt

c

epa

OVerlappinpq,uotilnt

'

.

,_

phi

Tandhoela op de basiscirkel

_~

àb·

cos~

ccoabb

Virtueel tandenaantal

-.,.,

SY11

.V2

·lrt'22

Asversohuivingsfaotor

7

7

Inschuiffaotor

u

u

Tand.aantal

_•t

...

...~

Voorbeelden bij het gebruik der tabellen

Voorbeeld 1 :

---Gegeven: kophoogtefactor van het theoretisch heugelprofiel:

~

=

1

,o.

toegepaste tandhoek:

~

0

=

20°

=

0,34906 radialen.

tandaantallen: rondsel: z • 8

t

wiel:

z

2

=

33.

te gebruiken moduuls mn • 1, 5.

Gev:ra.agd: afmetingen der tandwielen.

Antwoord: te gebruiken tabellen blz. 0030.

:rondsel&.

•:lminima.l~ prof'ielverl:rchui~ngsfà.ct0r:~xf

'""'""-: >t9;44470

...

~c'lcópverkortingsfactor

À=

-o,13254J

À

is negatief dus de tanden worden niet spits

,.. de inschuiffactor voor z

~:r

8 en z

=

33 is: u ",. 0,02579.

.

1

2

.

.

De werkelijke kopcirkeldiameter van het rondsel wordt nu:

dk

1

=2.mn (n:1 -u) =2.1;5 (5,70141 -0,02579)

=1.7.,.0268~"mm•>·

!'!.!!!= •

minimale profielverschuivingsfactor x

2

=

-1 ,29060; tandviidlsn

:met lT"-;::g.:Jitrinve

]Irófie~ver

... ·

schuiving worden buiten beschouwing gelaten, dus verder rekenen met x "' 0 ·

2

• kopcirkeldiameter:

~

=

2.mn.rk2

=

2.1 ,5.18,5331

=

55

11

.59,930c.mm •

XIII

• Het profielingrijpquotiënt e is groter dan één; dus wordt er geen minimale tandbreedte vereist.

a.safsta.nd bij spelingavrije ingrijping is:

---~---· Gesavant kophoÓgtefacto.r van het theoretisch heugelprofiéla

~

• 1,0

. . 0

·

•

toegepaste tandhoekt

~

₀

•

20 • 0

1

34906

~alen

·

t&ndaantallen: z •

4

. .

1

.

• • 9·

_{2 ..}

· . te gebruiken aoduula

~

• 1 ,5.

GeYzaagdt &f•tingen der tandWielen

.Antwoordt te gèbruiken tabellen blz. 002fi.

. '

'

.

zondsela • miDimale plOfielverscbuivingsfactor xt •

+0

1

72235

• kopverkortingsf&ctor

A

•·+0

1

21398 (dus

A>

0)

• inschuif'factor u bij z

1

•

4

en

z

2

·•

9 is u • 0

1

25584, dus

A<

u.

' De werkelijke kopcirkeldiameter

Wll

het rondsel wordt

mu

~ • 2.mn

{rk1 ...

(u-

A)} •

2.1,5 {3,63672 - (0,25584 - 0,21398)} •1.0,.7.845a

mm.

· De

tanden worden niet spits.

!!!!t

~m!n:tibaltt::piófielveriJ"?huivinetsfàctor ~

•"'t0;31592

• kopoi:dceldiam.eter Va.n

liet

wiel:

·

. •

.

~

•

2.~.1'k

- 2.1,5.5,9082

•1.7.,.7~1~

.. .,.'!'

Bet p:mfielingr.(jpquotilnt

E •

0,8352J dus

&

·<

1,

• minimale

overlappings~otilnt

' • 0,16480

• de

miniale

breedte van wiel en rondsel is nut

b .

- m

!e11

•

1 5

o.

16480

lf ,,

1415 • 2,.27.05()-•

.mm.

ldn

n si!l. 200

'

0

1

342020

asatstand bij spelingavrije ingrijping is:

Joorbeeld 3

Gegeven: kophoogtefactor van het

t~oretisch

heugelprofiel

~

• 1

,o

toegepaste tandhoek

_.

~

₀

• 20° •

o,

349o6 radialen

tandaantallena z • 4

.

1

.2 -

33 •..

te ge bruiken moduul

lb. •

1 , 5.

Gevraagde afmetingen der tandwielen

Antwoorde te gebruiken tabellen blz. 0026.

,

rondsel: • minimale profielversehui vingafactor x, •

o,

72235

• kopverkortingsfactor A • 0,21398 (dus A >0)

• inschuiffactor voor z, • 4 en z

2

.· •

33 is u • 0,06657 '· . dus A > u •

. De werkelijke

lmpcirkeldiamet~r

van het rondsel wordt nua

;"'.#,?~

De

tanden worden spits.

!!.!!•

minimale profielversclmivingsfactor x

2

•

-1,29060

verder aan te houden: x

2

•

0

de kopcirkeldiameter van het wielwordt nu:

4q •

2,mn.rk2 • 2.1,5.18,4923 • 55,4769 ·

·Het profielingrijpquotiint c • 0;92317, dus

E

<

1.

· mini•le overlappingsquotiiint ., • 0,07683

minimale breedte van wiel en rondsel moet 110rdem

b ·

• m ·

!eft

•

_{1, 5 0,07683 · 3,14159 •1.}

Q5856'•JDJD.e

ldn

n sin 200

O, 342020

r

asatstand bij spelingsvPlje ingrijpinga

r

~

coument 05261523,M. Verduin,Tandwielberekening;

reaJ. hk, bo, eosbo, sin.bo, twice,

aa,

sina, cosa,

tana,

xl,

x2,

evas,. aso, as, cosaa,

lambda,

rkl, rk2, rbl, rb2, av,

-e'VB&v, aav, aavo, cosaav, ail'lBav, ta.naav, el, e2, epa,

pbi,

bb, coabb, zv1, zv2,

:r,

u;

inte§!!: zl ,

z2;

!2::,

hk :• 1 steE 0.1 until 1.21

2:2,

!2::,

bo :• 0.17453 steE o.o872667 until 0.69814

2:2,

be§!n cosbo :• cos(bo); sinbo :• sin(bo)J twice .:• 2

x

eosbo; aa :• arctan(0.36397/eosbo);

sina :• sin(aa); cosa :• cos(aa);

tana :•

sinafcosa; bb :• arcta.n((sinbo

x

eosa)fcosbo)J

cosbb :• cos(bb)J

~~

zl :• 1 steE 1 until 10

~

begin

-

JEWPAGE; PRDf.l'J:.i!:.ll1't(

1::

hk

bo

zl~)

J

M.CRJ

ABSFI:ler(l, 1, hk); SPACE(4); ABSFDC.T(O,

5,

bo); SPACE(3)J ABSFIXT(2,

O,

zl)J M.CR; NLCR;

xl :• hk- (zl

x

sina

.+.

2)/twice; evas :• (1 .5708o

+

2

x

xl x o.36397)/z1

+

tana -

aa;

aso : • arctan( evas);

iter: as :• arctan(eva.s

+

aso);

g:

aba(as - aso)

~

5

-5

~

bei!:,n aso :• as;

~to._iter end;

cosas :• cos( as);

l.ambda. :•

(z1ftwice)

x

(1 - cosafcosas)

+

hk

+

x1;

!!

lambda :;

0

~

rk1 :• z1/tv1ce,

+

hk

+

x1 -

lamb.da

!!!.!,

rk1

:=

z1 ftwice

+

hk

+

x1

J

zvl :• z1 /(

c~bb

,;. 2

x

eosbo)

J

rb1 :• (z1 X cosa)ftwice;

PRI~r.r.l'EX!r(

1::

:x:1

lambda

rk1

zvl

rb1

aa

as

FDC.T(2,

5,

:x:l )J SPACE(2)J Fm(2, 5, lambda);

SPACE(~)J

FDC.T(2, 5, rk1 ); SPACE(2);

FIX!(2,

5,

zvl)J SPACE(2)J P!Jf(2, 5, rb1); SPACE(2); Fm(2, 5, aa); SPACE(2);

FIX'I'(2

1

5,

aa); SPAeE{2); FIX!(t!

5,

bb)J NLCRJ :ILCR;

PRD'l"NXT(

1::

z2

x2

av

aav

eps

pb.1

u

~

z2 :• 6 s:eE 1 until 34,36 &teE 2

~

58,60 !'!ï-E 12

~

120,150 steE

30

~

270,

5

6

2:2,

begin

:x:2 :•

hk - (z2

x

sina

·~

2)/twice;

bb~)J

M.CRJ

002

end

end

end

-!!

x2

~

0

~

evaav :• ((xl

+

x2)

x

o.

72794)/(zl

+

z2)

+

tana -

aa

!!!!,

ewav :• (xl

x o.

72794)/(zl

+

za)

+

ta.Da -

aa;

aavo :• a.rctan(ewav);

i

te:

aav : • arctan( ewav

+

aavo);

if'

-

abs( aav - aavo)

>

-

11

-5 then

-end

begin aavo :• aav; goto ite end; cosaav :• cos(aav); ainaav :• sin(aav);

-

-tanaav :• sinaavfcosaav; rb2 :• (z2

x

cosa)ftwice;

av :• (rbl

+

rb2)fcosaav;

7 :•

av - (zl

+

z2)/twice;

i!

x2

~

0

'!!!!.!

b!§in u :• xl

+

x2 -

Y'J

rk2 :• zaftwice

+

bk.

+

x2 -

u~

!!!!.,.

begin

u :•

xl - y; rk2 :• z2/twice

+

hk - u

~J

el :• sqrt(rkl

~

2 - rb1

~

2) - rb1

x

tanaav; e2 :• sqrt(rk2

,f..

2 -

rb2

,f..

2) -

rb2

X

tanaav;

eps :• ((el

+

e2)

x

coabo)/(3.14159

x

cosa); zv2 :• z2f(cosbb

~

2

x

cosbo);

NLCR;

ABSFIXT(7,

O,

z2);

SPACE(2);

FIX'.1'(6,

5,

x2); SPACE(2)J FIXT(7.,

4,

av); SPACE(2);

FIXT(2,

5,

aav); SPACE(2); FIXT(2,

5,

eps)J SPACE(2)J. FIXT(2, 5

1

1 - eps); SPACE(2);

2U468

-

1(l OûO:i

HK 80 Z1

1.0 .17453 1

:-.1 I..AM80A ><K1 lV1 R81 AA AS bB

+,9.3898 +,68232 +1.76438 +1,04320 +,47623 +,35401 +1.29749 +,16391

Z2 X2 AV AAV EPS i> Hl ZV2 u RK2

6 +,63391 +4,544U •.74714 +,51/19 +,48281 •6.2592 •.582'ol3 +4.09/3 7 +.57281; +5,0448 +,71483 +,5210;! +,47898 +7,3024 +,528b1 +4,59b1 8 +,51187 •5.5410 +.68642 +,52437 +,4H63 +8.3456 +,479~1 +5,0943 9 ·~45086 +6,0331 +,66104 +,52/35 +. 47265 +9,3888 +,43383 +5,5864 1U •.38984 •6.5219 +. 63811 •.53004 +,46996 •10.4320 •.39181 •6.0752 11 +,32883 +7.0074 +.61716 +,53251 +,46749 +11,4752 +.35293 +6,5607 1~ +,26781 +7,4902 +,59786 +,5347\1 +,46521 +12.5184 +.31687 +7,0435 1J +,2068() +7.97o;~ +,57992 +,536'$2 +,46308 +13.5616 +,28344 +7,5236 14 +,14578 +8.4481 •.56317 •.53893 +.46107 +14.6048 •.2!;236 •8.0014 17 +,08477 +8,9236 +,54741 +,54083 +,45917 +15.6480 •·22352 +8,4769 16 +,023i5 +9,3971 +,53252 +,54265 +,45735 +16.6912 +.19676 •8.9504 11 -.03727 +9.8945 •.52295 +.54J84 +,45616 +17.7344 +,183JO +9.4478 18 -.09828 +10.40i8 +.51685 +.54463 +,45537 +18.7776 +,17711 +9,9611 19 ~.1593U +1(). 9208 +.51121 +,54536 +,45464 +19.8208 +.1i248 +10,4741 20 -.22031 +11. 4333 +,50597 +.54604 +,45396 +1:!0.8640 +,16762 +10.9866 21 ·.28133 +11.9457 •.50110 +,54667 +,45333 +<11. 9072 +,16300 +11,4990 22 -.34234 +12,4517 +,49655 +,54/26 +,45274 +22.9504 +.15864 +12. 0111 23 -.40336 +12.9696 +,49229 +,54782 +,45218 +23.9936 +.15452 +12.5229 24 •,46438 +13. 4811 +,48828 +.54835 +,45165 +25,0368 +.15067 +13.0344 25 -.52539 •13.9926 •.48453 •.54885 +. 45115 +26.0800 •.14697 •13,5459 26 -.58641 +14,5037 •.48098 +,54931 +,45069 +27,1232 +,14351 +14.0570 27 -.64742 +15, 0148 +,4'7763 +,54976 +,45024 +28.1665 + .14017 +14.5681 28 -.70844 +15.5257 +,47447 +,55018 +,44982 +29.2097 +,13698 +15.0790 29 •,76945 +16.0364 +,47147 +,55058 +,44942 +30.2529 +,13400 +15.5897 30 •.83047 +16.5470 •.46862 +,55096 +,44904 +J1.2961 +.13109 +16.10113 31 -.89149 +17.0574 +. 46591 +,55133 +,44867 ·~2.3393 •·12837 +16,6107 32 •.95250 +17.5678 +,46334 •.55167 +,44833 +33.3825 ··12571 +17.1211 33 •1. 01352 +18.0780 +,46088 +,55201 +,44799 +J4.4257 +,12322 +17,6313 34 •1.07453 +18.5881 •.45853 •.55233 +,44767 +J5.4689 +,1:.!084 +18.1414 36 -1.19656 +19.6081 +,45415 +,55;:!92 +,44708 +37.5553 +,11629 +19.1614 38 •1.31859 +20.6277 +,45014 •.55347 +,44653 +J9.6417 +,112û7 +20.1810 40 •1.44063 +21. 647l +,44644 +,55398 +,44602 +41, 7281 +.10816 +21. 20U4 42 •1. 56266 +22.6660 +,44302 +,55445 +,44555 +43.8145 +,10461 +22.2193 44 -1.68469 +23.6849 +,43986 +,:)5469 +,44511 +45.9009 +,10120 +23.2382 46 -1.80672 +24.7035 +.43693 +,55~30 +,44470 +47.9873 •.098111 +24.25613 48 -1.92875 +25.7218 +,43418 +,55566 +,44432 +50.0737 +,09512 +25.2751 50 -2.05078 •26.7400 +. 43162 •.55604 + .44396 +52.1601 +,09230 +26.2934 52 •2.17281 +27. 7581 +,42923 +,55638 +,44362 +54,2465 +,08965 •27. 3114 54 ·2.29485 •28. 7760 •.42697 •.55670 +,44330 +76.3329 ··08724 •28.3293 56 -2.41688 +29.7938 +,42485 •.55700 +,44300 +58,4193 +,08486 +29,3471 58 -2.53891 +30 .8113 +,42285 •.551;!8 +,44272 +60.5057 +,08272 +30.3646 60 •2,66094 +31.8288 +,42097 +,55/55 +,44245 +62.5921 +. 08069 +31. 3821 72 •3,39313 +37.9319 •.41155 +,55891 +,44109 +/5,1105 +,07012 +37,4852 84 -4.12531 +44,0325 +,40447 +,55994 •• 44006 +87,6290 +,06212 +43.5858 96 •4.857!1U +50.1312 +,39896 +,56076 +,43924 •100.1474 +,05595 +49.6845 108 •5.58969 +56.2287 •.39454 +,56142 +,43858 +112. 6658 +,05097 +55.7820 120 -6.32188 +62.3254 +,39091 +,5619/ +,43803 +125.1842 •·04686 +61.8787 150 -8.1523? +77 .5644 +,38418 +,56299 +,43701 +156,4803 +,03922 +77,1177 18(1 -9.98282 +92.8012 +.37953 +,56J70 +,43630 •187.7763 +.03383 +92.3!:>45 21tJ •11.81329 +108.0363 +,37612 +,56423 +,43577 •219.0724 +,03009 +107.5896 240 -13.64376 +123.2706 +. 37351 +.56464 +,43536 +250.3684 +.02722 +122.82J9 270 -15.47423 +138.5038 +.37145 +,56496 +,43504 +281.6645 +,02539 +138.0571 1000000 ·61014.64853 +507702 .2262 •.35395 +,56178 +,43222 +1043201.8577 +12.26456 +507701. 7795

20468

-

10 0004

HK B~ Zl

1.0 .17453 2

·n

I.. AM BDA RK1 ZV1 RB1 AA AS BB

+,iJ7797 •.52420 +2.36920 •4!.08640 •.9!:1246 +,35401 •1.15708 •.16391

Z2 X;2 AV AAV EPS PHI t;\12

u

RK2

b •.63.591 +5.0448 +,71483 •.62631 •.37.569 +6,2592 +,52881 •4.1514 7 +,57289 •5.5410 +,68642 +,63.564 ... 36636 •7,3024 ... 479.51 •4.6476 8 •.51187 +6,0331 ... 66104 ... 64009 ... 35991 •8.3456 +,43383 •5.1398 9 .... 45086 +6,5219 ... 63811 +,6458/ +,35413 +9,3888 +,39181 •5.6285 10 +,38984 +7,0074 •.61716 +, 65112 +,34888 +111,4320 ... 35293 •6.1140 11 +,32883 +7,4902 +,59786 +,65595 +,34405 +11.4752 ... 31687 •6.5968 12 +,26781 +7,9703 +,57992 ... 66043 +,33957 +12.5184 +,28344 •7.0769 13 •.20680 +6.4481 +.56317 +,66463 +,33537 +13.5616 +.25236 +7,5547 14 +,14578 +8,9236 +,54741 +.668!'>9 +, 33141 +14.6048 +.22352 +8,0302 1~ +.08471 +9,3971 +,53252 +,67236 +,32764 +15.6480 +,19676 +8,5037 16 +. 0:?375 +9.8686. +,51837 +,67596 +,32404 +16,6912 +,17199 •a. 9752 17 -.03727 +10.3647 +,50949 +,67832 +,32168 +17.7344 +,15978 +9,4713 18 -.09828 +10.8772 +.50403 +,67964 +.32016 +18. ?776 +,15498 +9.9839 19 -.15930 +11, 3895 +,49897 +,68126 +,31874 +19.8208 +.1504( +10.4961 20 -.22031 +11,9014 +,49425 +,68258 +,31742 +20.8640 +,14629 +11.0080 21 -.28133 +12.4131 +,48986 +,68..'182 +,31618 •21.9072 +.14230 +11.51\li' 22 -.34234 +12.9246 +,48575 ... 68498 +,31502 +22,9504. +,13853 +12.0312 23 •.40336 +13.4358 +,48189 +,68607 +,31393 +23,9936 •.13502 +12.5424 24 •.46438 +13.9469 ... 47827 ... 68709 +,31291 +<:!5,0368 ... 13164 +13.0535 25 -.52539 +14.4577 +,47484 +.68806 +,31194 +26.0800 +.12849 +13.56"13 26 -.58641 +14,9685 +,47162 +,68896 +,31102 +27.1232 •·12544 +14.0751 27 -.64742 +15,4791 +,468!'>8 +,68985 •.J1015 +28.1665 +,12253 +14.58,7 28 -.7084"1 +15.9895 +,46569 •.6906-/ +,30933 +29.2097 +,11982 +15.0961 29 -.76945 +16.4999 +,46295 +,69146 +.30854 •30.2529 +,11717 +15.6065 30 -.83047 +17.0101 +,46034 +,69220 •.30780 •,H, 2961 +.11471 +16,1167 31 -.89149 •17.5202 •.45787 •.69291 •.30709 +32.3393 +,11228 •16.6268 32 -.95250 +18.0302 +,45551 +,69359 +,30641 +33.3825 +,11003 +17.1368 33 -1.01352 +18.5401 +,45325 +,69424 +,30576 +..S4.4257 +,10787 +17,6467 34 •1.07453 +19,0499 +,45111 •.69486 •.30514 •..'15,4689 +,1()513 •18,1565 36 -1.19656 +20.0693 +,44709 •.69603 ... ;so397 +37,5553 +,10176 +19.1759 38 -1.31859 +21.0883 +,44339 +,69710 +,30290 +39.6417 +,09811\ +20,1949 40 -1.44063 •22.1072 +,43999 +,69810 ... 30190 +41.7281 ... 09475 +21.2138 42 -1. 5626b +23.12!'>8 +.43684 +,69902 •.30098 +4..S.8145 +,09156 +22.2324 44 -1.68469 •24,1441 •.43392 +,69988 +,30012 +"15.9009 ... 08868 •23.2507 46 -1.80672 +25.1623 +,43121 ... 70068 ... 29932 +47.9873 +,08589 +24,2689 48 -1.9287? +26.1803 ... 42868 +,70143 +,29857 +50.0737 ... 06327 +25.2870 5G -2.0507!! +27.1981 +,42630 +,70213 +,29787 +!:>2.1601 +,08091 +26,3047 5' -2.17281 •2&.2159 +,42409 +,70~79 +. 29721 _+54.2465 +,07856 •27,3225 54 -2.29465 •29.233~ +,42200 ... 70342 +,29658 +56.3329 ... 07648 +28.3400 56 -2.41688 +30.2509 +,42004 +,70400 +,29600 +58,4193 +,01440 +29.3575 58 -2.53891 •31.?.682 +.41819 +,70456 +,29544 +60.5057 +,0'7253 +30.3748 60 -2.66094 •32.285? +,41644 +,70509 +,29491 +62.5921 +,07065 +31.3921 72 -3.39313 +38.387?. +:40769 +,70174 +,29226 +75.1105 +,061!:11 +37,"1938 84 -4.12531 +44,4866 +,40111 +,70976 +,29024 +87.6290 +,05467 +43.5932 96 -4.85750 +50.584/ +,39598 +,71135 +,28865 +100.1474 +,04912 +49.6913 108 -5.58969 •56.6816 +,39186 +, 71264 +.28736 +112 •. 6656 +.04416 •55.7882 12:) -6.32:1.88 +62. 77'78 +,38848 +,71..S70 +,28630 •125.1842 +.04116 +61.8844 150 -8.15235 +78.0159 +,38220 +,71:>70 ... 28430 •1!:>6.4803 +.03448 +77.1225 181] -9.9828?. +93.?.517 +,37785 +,71/09 •.28291 •1iH. 7763 +.03006 +92 ,'3!:183 21U -11.81329 +108.4863 +. 37467 +,71812 +.28188 +219.0724 +,0;,>6!!4 +107,5929 :.!4() -13.64376 +123.7202 +,37223 +,711:!91 •.28109 +250.3684 +;024;)7 •122.8268 270 -15.4742:~ •138,9535 +,37032 •• 71954 •.28046 •21:11. 664, ... 02238 +13tl.0601 1000001) •61014.64853 •507702.6727 +.35395 ... 72500 ... 27500 +1043201. 8'H7 +12.26478 +507701. 7793

MK BO l1

1.0 • 17453 3

x1 l-AMBDA RK1 ZV1 RB1 AA AS BB

+,Es1695 +,39646 +2.94364 +3.12961 +1,42869 +,35401 +1.06404 +,16391

l2 Xt! AV AAV EPS PHI LV2

u

RK2

6 +,63391 +!ï. 5410 +,68642 +,71565 +,(?6435 +6.2592 +,41931 +4,2009 I +,57289 +6,0331 +,66104 +,72622 +,ë7378 +7,3024 +,43383 +4,ó931 8 +,5118/ +6,5219 +,63811 •.73,5!! +,26442 +8.3456 +,39181 +5,1818 9 +,45086 +7,0074 + .61?16 +,14400 +,25600 +9,3888 +.35293 +5.6673 10 +,38984 +7,4902 +,59786 +,75169 +,24831 +10,4320 +.31687 +6.1501 11 +. 3288,~ +7.97()3 +,57992 +.75879 +,24121 +11.4752 +,28344 +6.6302 12 +,26781 +8. 448l. +,56317 +,7654U +,23460 +12.5184 +,25236 +7,1080 13 •.20680 +8.9236 +,!J4741 +,77161 +,22839 +13.5616 +,22352 +7.583:.i 14 +,14578 +9.3971 +.53252 +,77/49 +,22251 +14.6048 +.19676 +8.0570 15 +,08477 +9,8666 +,51837 +,78308 +,21692 +15.6480 +.17199 +8,5285 16 +,02375 +10.3381 +,50487 +,78845 +,21155 +16.6912 +,14910 +8.9981 17 -. 0.3727 +10. 8331 +,49660 +,79192 +,20808 +17.7344 +,13807 +9,4931 18 -.09828 +11. 34:.i0 +. 49172 +,7941:.i +,20585 +18.7776 +,13397 +10.0049 19 •,1593U +11. 8565 +,48718 +,79622 +,20378 +19,8208 +.13016 +10.5164 20 -.22031 +12.3678 +,48295 +,791!15 +,20185 ·~0.8640 +.12654 +11.0~/7 21 •• 2813.~ +12.8789 +.47900 +,79995 +,20005 +21.90/2 +.12312 +11, 531!9 22 -.34234 +13.3898 +,47529 +,80165 +,19835 +22.9504 +.11994 +12.0497 2;3 -.40336 +13.9006 +,47181 +,80324 +,19676 ·~3.9936 + .11688 +12.:.i60':> 24 -.46438 +14,4112 +,46853 +,80474 +.19526 +25.0368 +,11397 +13.0711 25 •.52539 +14.9216 + .4654'3 +,80616 +,19384 +26.0800 + .11127 +13.5816 26 -.58641 +15.4320 +,46251 +,80/50 +,19250 +27 .1232 +,10864 +14.0919 27 •,64742 +15.9421 +,45974 +,80877 +.19123 +28.1665 +.10620 +14.6U21 28 -.701!44 +16,4523 +.45711 +.80997 +,19003 +ë9,2U97 +.10381 +15 .1122 29 •.76945 +16.9622 +,45462 . +,81112 +,18868 +30.2529 +.10159 +15.6221 30 •.83047 +17.4721 +,45225 +,81221 + .18779 +31.2961 +,09940 +16.1320 31 -.8914'f +17.9818 +,44999 +,81326 +,18674 +32.3393 +,09737 +16.6417 32 -.95250 +18.491? +,44784 +,81425 +,18575 +33.3825 +.09536 +17.1~15 33 -1.01352 +19.0011 +,44578 +,81520 +,18480 +34.4257 +.09350 +17.6610 34 -1.0145,\ .. 19.5106 +,44381 +,81611 +,18389 +.S5.4689 +.09172 +18.1705 36 -1.19656 +20.5295 +.44013 +.81782 +,18218 +37.5553 +,08829 +19.Hl94 38 •1.31859 +21.5461 +.43675 +,81939 +,18061 +.S9.6417 +,08511 +20,2UI!O 40 -1.44063 +22.5660:. +,43363 +,82U85 +,17915 •41,7281 +,08216 +21.2264 4~ -1.56266 +23.5846 +,43074 +,82220 +,17780 +43.8145 +,0'/9'19 +22.244<, 44 -1.68469 +24,6026 +,42806 +,8234ó +,17654 +45.9009 +.07691 +23.262? 41') -1.8v672 +25.6203 +,42555 +,82463 +.17537 +47.9873 +.Oi459 +24.28!!2 46 -1.92875 +26.6380 +,42323 +,82573 +,17427 +50.0737 +.07232 +25.2919 50 -2.05078 +27.6555 +,42104 •.82676 +,17324 +52.1601 ... 0'1028 +26.3154 52 -2.17281 +28.6729 +,41900 +,82713 +,17227 +54.2465 +.06825 +21.3328 54 •2.29485 •29.6901 +,4170? +,821164 +,17136 +?6.3329 +,06645 +28.3501 56 -2.41681:l +30.7074 +,41527 +.82950 +,17050 +58.4193 +.06463 +29,3673 58 -2.53891 +31.7244 +,41356 +,83032 +,16968 +60.5057 +.06302 +30,3843 6'1 •2,66094 +32.7415 +,41195 +,83109 +,16891 +62.5921 +,06138 +31.4014 72 -3.39313 +38.842(1 +,40386 +,83497 •.16503 +15.1105 +,05347 +37.5019 84 -4.12531 +44.9404 +,39776 +.83793 +,16207 +87.6290 +,04756 +43. 600.) 96 -4,8575U +51. 0376 +.39301 +,84025 •.15975 +11.hJ.1474 +,04273 +49.6977 108 -5.58969 +57.1341 +,38919 +,84214 +,15786 +112.6658 +.03896 +55.794ll 121J •6.32188 +63.2298 +,38606 +.84.S69 +,15631 +125.1842 +,OJ584 +61.889'1 150 •8.1">235 +78,46iU +.38022 +,8466U +,15340 +156.4803 +,03005 +77,1269 18Q -9.98282 +93. 70U +,37618 +,84864 +.15136 +187.7763 +,026:24 +92.3621 <110 -11.8132'f +108.\1364 +,37323 •.85014 +,14986 +219.0724 +,(1;,134'5 +107.5963 1!40 -13.64376 +124.1699 •.37096 +.85129 +,14871 +250.3684 •.02131 +122.8298 27(1 -15.47423 +139.4026 •.36917 +,85221 +,14779 +281.6645 +.02003 +138.()6;15 1000000 -61014.6485.3 +507703.11941 +.35395 +,86U15 +,13985 +1043201. 8577 •12.2651.10 +5U7701.77'i1

204Ml - 10 000!>

I'IK !10 Z1

1.0 .17453 4

d LA!~ BOA RK1 ZV1 RB1 AA A!:; BB

+,?!:)594 +.28739 +3,49940 +4,17281 +1.90492 +,35401 +,99518 + .16391

Z2 X2 AV AAV EPS PHI ZV2 u ><K2

6 +,6,3391 +6,U331 +,66104 +,79<!95 ··20705 +6.2!)92 +,43383 +4.2464 7 +,57289 +6,5219 +,63811 +.80652 •·19348 +7.3024 +,39161 +4,7351 8 +,51187 +7.0074 +.61716 +,811!62 +,18138 +8,3456 +,3?293 +5.2207 9 +.45086 +7,49()2 +,59786 +,829?6 +,17044 +9.3888 +.31687 +5,7034 10 +.38984 +7.9703 +,57992 +,83959 +,16041 +10.4320 +.28344 +6.1835 11 +,32883 +8.4481 +,56317 +,84888 + .15112 +11.4752 +.25236 +6,6613 12 +,26781 +8.9236 +,54741 +.85155 +,14245 +12.5184 •·22352 +7.1369 13 +,2068(! +9,3971 +,53252 +. 86572 +,13428 +13.5616 +,19676 +7,6103 14 +,14578 +9,8686 +,51837 +,87347 +,12653 +14.6048 +.17199 +8,0818 15 +,08477 +10.3381 +,50487 +,88081 +,11913 ~15.6480 +,14910 +8,5514 16 +,0237'::> +10.8059 +.49193 +.88798 +,11202 +16.6912 •·12802 +9,0191 17 •.0.3727 +11.2998 +,48422 +,89255 +,10745 +17.7344 • .uBü8 +9,5130 18 -.09828 +11.8110 +,47987 +,89543 +,10457 +18.7776 + .11461 +10,0242 19 -.15930 +12.3219 +.47581 +,89811 +.10189 •19.8208 .. ·11139 +10.5352 20 -.22031 +12.8327 ... 47202 +.90061 +,09939 +20.8640 +.10832 +11.045Q 21 -.28133 +13.3433 +,46847 +,90295 +,09705 +21.9072 +.1()542 +11.5566 22 -.34234 +13.8538 +.46513 +,90'::>15 +,09485 +<!2.9504 +,10272 +12.0670 23 -.40336 +14.3641 +,46200 +,90122 +.09278 •<!3.9936 +,10011 +12.5773 24 -.46438 +14.8742 +,46904 +,90\117 +,09083 •2::0.0368 +. 09770 +13,0874 25 -.52539 +15.3843 +,45625 +,91100 +,08900 +26.0800 +.09534 +13.5975 26 -.58641 +15.8942 +,45360 +. 91275 +,08725 +27.1232 +,09316 +14.1074 27 -.64742 +16.4040 +. 45110 +.91440 +,08560 +<!8.1665 +.09102 +14.6172 28 -.70844 +16.9137 +,44872 +,91597 +,08403 •29.2097 +,08904 +15.1269 29 -.76945 +17.4234 +,44646 +,91746 +,08254 +J0.2529 +,087ü9 +15.6366 3C1 _-.83047 +17.9329 +,44430 +,91888 +,08112 +.st. 2961 +,08529 +16.1461 31 -.89149 +l.8.4424 +,44226 +,92023 +,07977 +..12.3393 +o08349 +16.6556 3? -.95250 +18.9518 +,44030 +,92152 +,07848 +33.3825 +,08184 +17.1650 33 -1.01352 +19.4611 +,43842 +,92276 •.07724 +34.4257 +.08026 +17.6743 34 -1.0745~ +19.9704 +,43664 +,92.594 +,07606 +35.4689 +,07866 +18.1836 36 -1.19656 +20,9887 +.43329 +,92616 +,07384 +J7.5553 +.0757:3 +19.2019 38 •1. 3185<J +22.0068 +,43020 +,921!21 +,07179 +39.6417 +.07309 +20.2200 4() -1.44063 +23.0248 +,42735 +,93011 +,06989 +41.7281 +.07056 +21.2380 42 -1.56266 +24.0425 +,42471 +,93186 +,06814 +43.8145 +.06820 +22.2558 44 -1.6646\1 +25.0601 +,42225 +,93350 +,06650 +45.9009 +,06607 +23.2733 46 -1.80672 +26.0776 +,41997 +,93,0.5 +,06497 +47.9873 +,06400 +24.2908 48 -1.92875 +27.0949 +,41783 +,93646 +,06354 +50.0737 +.06214 +25~3081 5iJ -2.05078 +28 .1121 +,41584 +,93179 +.06221 +52.1601 +,060.50 +26.3253 52 -2.17281 •29.1292 +,41396 +,93906 +,06094 +54.2465 +,05867 +27.3424 54 -2.29485 +30 .1463 +,41220 +,94024 +,05976 +':>6,3329 +,05702 +28.3595 5(', -2.41688 +31.1632 +,41053 +,94136 +,05864 +58.4193 +,05556 +29,3764 58 -2.53891 +32.1.800 +,40896 +,94242 +,05758 +60.5057 +,05419 +30.3932 6•) -2.66094 +33.1968 +,40748 +,94342 +.05658 +62.5921 +,05278 +31.4100 72 -3.39313 +39.2961 +,40005 +.9484'1 +,05153 +75.1105 +,04600 +37.5093 84 -4.12531 +45.393/ +,39443 +,95231 +,04769 +87.6290 +,04095 +43.6069 96 -4.85750 +51.4904 +,39005 +,9?'::>33 +,04467 +100.1474 +,03680 +49.7037 108 -5.58969 +57.5862 +,38653 +,95777 +,U4223 +112.6658 +,03357 +55,7994 120 -6.32188 +63.6815 +,38364 +,95979 +,04021 +125.1842 +,OJ090 +61.8947 150 -8.1523>:'> +78.9176 +,37824 +.96357 +,03643 +156.4803 +,02620 +77.1308 18U -9.98282 •94.1521 +,37451 +,96620 +,(13380 +187.7763 +,02300 +92.3!>,4 21ll -11.81329 +109.38SQ +.37178 +,961!15 +,03185 +219.0724 +,02066 +107.5991 24t1 -13.64376 •124.6191 +.36969 +,96964 +,03036 +250.3684 +.0188!> +122.832::1 271) -15,47423 •139.8519 +.36804 +.97082 +,(12918 +2!!1.6645 +.01740 +138.06':>1 1û001JOG -61014.6485~ +507703.5656 +,35395 +,9810/ + .IJ1893 +1043201.8577 +12.2652t +50 7701.7789

HK BO Z1

1.0 .17453 5

l<1 LAMBOA RK1 ZV1 RB1 AA AS ts8

+,ó9492 +,1913<1 +4,04219 +:>. <:>1601 +2,38115 +,35401 +,94089 •.16391

z~ X2 AV AAV EPS PHI lV2 u RK2

6 +,63391 +6.5219 +,63811 •.86191:1 ··13802 •6.2592 +.3911l1 +4,2884 7 +,57289 +7.0074 +.61716 +,87838 +,12162 •7.3024 +,35293 +4. 7740 1:1 +.51187 +7.4902 +.59786 +,89.308 +,10692 +8,3456 +,31687 +5.2567 9 +,45086 +7.9703 +,57992 +,90643 +,09357 +9,3888 +.28344 +5,7368 10 +,38984 +8,4481 +,56317 +.91871 +,08129 +10.4320 +.25236 +6.2146 11 •.3<'883 +8,9236 +.54741 +.93011 +,06989 +11.4752 +.22352 +6,6902 12 +,26781 +9.3971 +,53252 +,94079 +,(.15921 +12.5184 +,19676 +7,1636 13 +,20680 +9.8686 +,51837 +,95U8éi +,04912 •13.5616 +.1i199 +7,6351 14 +,14578 +10.3381 +,50487 +,96048 +,03952 •14.6048 +,14910 •8.1047 15 +,08477 +10.8059 +,49193 •.96966 +,03034 +15.6480 +.12802 +8,'5724 16 +,0237:; +11,2720 +,47949 +.97849 +,02151 +16.6912 +.10868 +9,0385 17 •.03727 +11.7648 +.47227 +,98412 +.01588 +17.7344 +.09976 +9.5314 18 -.09828 +12.2755 +,46841 +,98761 +,01239 +18.7776 +.09686 +10.0420 19 -.1593(1 +12./859 +,46479 +,99067 +,Oû913 •19.8208 ... 09417 +10.5524 2(.1 -.22031 •13,2962 ... 46141 +,99.391 •.00609 +i!0.8640 +.09159 +11. 0627 2t -.2813.:1 +13,8063 +,45823 +,99675 +,00325 +21.9072 +.08920 +11.5728 22 -.34234 +14.3163 +,45525 •.99942 +,00058 +;!2.9504 •.086él9 +12.0828 23 -.40336 +14.8262 •.45244 +1.00193 -.00193 +ii!3.9936 +,08470 +12.5927 24 -.46438 +15.3359 +,44978 •1.00430 •.00430 +:.15.0368 +.08267 •13.1024 25 -.52539 +15.1l456 +.44726 +1.00654 -.00654 +:.16.0800 +,08069 +13.6121 26 -.58641 +16.3552 +,44489 +1.00866 -.00866 +27.1232 +.07886 +14.1217 27 •.64742 +16.8647 +,44264 •1.01067 •.01067 +28.1665 +,07705 +14.6312 28 -.70844 +17,3741 •,44049 +1.01258 -.01258 +29.2097 +.07539 +15.1406 29 -.76945 +17.8834 +,43845 +1.01439 ·.01439 +.30,2529 +,07380 +15.6499 30 -.83041 +18.3927 +,43651 +1.01612 -.01612 +.31.2961 +.07222 +16.1592 31 -.89149 +18.9018 +,43466 +1.01777 -.01777 +32.3393 +,070i7 +16,661:1.3 32 -.95250 •19,4110 +,43289 +1.01934 -.01934 +33.3825 +,06931 +17.1775 33 -1.01352 •19.9200 +.43119 •1,0208~ -.u2085 +.)4.4257 +,06798 +17.6866 34 -1.0745J •20.4290 +,42957 +1.02229 -.02229 +.)5,4689 +,06670 •18,1955 36 -1.19656 +21. 4469 +,42654 +1. 02499 -.u2499 +.37.5553 +,06422 +19.2134 38 -1.31859 +22.464ï •.42374 +1.02748 -.02748 +.)9.6417 +,06192 +20.2312 40 -1.4406.3 +23.4821 +. 42115 •1.02979 -.02979 +41.7281 +.059éi6 +21.2487 42 -1. 5626t• +24.4996 +,41875 +1.0319.) -.03193 +4J,8145 +,05786 +22.2661 44 -1.68469 +25.5169 •.41652 +1.03JII2 -.03392 +45.9009 •·05598 +23.2834 46 ·1.80672 +26.5340 +,41444 •1.03578 -.03578 ->47.9873 +,05431 +24,3005 48 -1.92875 +27.5511 +,41250 +1.03152 -.03752 +50.0737 +.05266 +25.3176 50 -2.05078 +28.5679 +,41067 +1.03916 -.03916 ·~2.1601 +. 05119 +26.3345 52 -2.17281 •29.5847 +,40896 +1.04069 -.04069 +54.2465 +,04982 +27. 3~)13 54 -2.29485 +30.6016 +,40735 +1.04213 -.04213 +')6.3329 +,04841 +21:1.361:11 56 -2.41688 +31.6H!2 +,40584 •1.04350 -.04350 +58.4193 +,04719 +29,3847 58 -2.53891 +32.6349 +,40441 +1.04478 -.04478 +60.5057 +.04592 +30.4014 60 -2.66094 +33.6514 +.40305 +1.04600 -.04600 •62.5921 +,04483 +31. 418ll 72 -3.39313 +39.7497 +,39626 •1.05i!15 -.05215 +75.1105 •.03910 •37,5162 84 -4.1253:1 +45.8465 +. 39:112 •1. 05682 -.05682 +67.6290 +.03484 •43,61~1 96 -4.8575[] +51. 9424 +,38710 •1.06050 •.06050 +100.1474 •.03150 +49.7090 108 -5.58969 +58.0377 +,36387 +1.06346 -.06346 +112.6658 •·02879 •55.8042 120 -6.32188 +64.1325 +,38122 +1. 06591 -.06591 +125.1842 +,02654 +61. 8990 l5U -8.1523~ +79,3681 •.37627 +1,07049 -.07049 +1~6.4803 ... 02238 +77 .1346 18~' -9.98282 +94. 602j +,37285 +1,07J69 -.07369 +1!!7.7763 +,01969 +92.3687 210 -11.81329 +109,835') +,37(134 +1.07604 -.u7604 +1!19.0724 •.01773 •101.6020 240 -13.64376 +125 ,116fHI +,36841 +1.07786 -.07786 +2~0.3684 +. 01663 +122.8345 270 -15.47423 +140.3006 +,36690 +1.07929 -.07929 +281.6645 +,Ol541 +138.0671 1C00000 -61014.64853 +507704. OH1 •.35395 •1. 09168 -.09168 +104.S2ll1.8577 +12.26543 +507701. 7786

204ó8 - 10 0006

HK 80 Z1

1.0 .17453 6

X1 L.AMBOA RK1 ZV1 R81 AA AS BB

+,6J391 +,10496 +4.57522 +ë.25921 +2.65737 +,J!>401 +,&96<'6 •·16391

u

X2 AV AAV EPS PHI lV'i u RK2

6 +,63391 +7.00i4 +.61716 +,924'ii3 +,07507 +b.2592 +,3!::>293 +4,3273 7 +,57269 +7.4902 +,5976(1 +.94401 +,05599 +7,3024 +.31687 +4,!:1100 8 + .51187 +7.97(13 +,57992 +,96118 +,03882 +8,3456 +,28344 +5.2901 9 +,45086 +8.448l +,56317 +.97684 +.02316 +9,3888 +,25236 +5,7679 10 +,38984 +8,92;:.6 +.54741 +,99129 +,00871 +10.4320 +.22352 +6,2435 11 +,3288~ +9.3971 +,53252 +1,00475 -.00475 +11.4752 +.19676 +6. 7169 12 +.26781 +9,8686 +,51837 +1. 01740 -.01740 +12.5184 +,17199 +7.1884 1.3 +,20680 +10.3381 +,50467 +1.02938 -.02938 +13.5616 +,14910 +7,6580 14 +,14578 +10.8059 +,49193 +1.04079 -,04079 +14.6046 +.12602 +6.1257 15 +,08477 +11.2720 +,47949 +1.05174 -.05174 +15.6460 + .10868 •8.5918 16 +,02375 +11,7363 +.46749 +1. 06229 -.06229 +16.6912 +.0911J2 +9.0561 17 -.03727 +12.2282 +,46071 +1. 06894 -.06694 +17.7344 +.08307 +9.5480 18 •.09828 +12.7363 +,45729 +1.07J01 -.07301 +18. 7776 +,08067 +10.0582 19 •,1593U +13.2483 +,45409 +1.07680 -.07680 +19.8208 +.07846 +10.5661 20 -.22031 +13.7581 •• 45to9 +1,08033 -.08033 +20.8640 +,07632 +11.0779 21 -.28133 +14,?678 +,44626 +1.08365 -.06365 +21.9072 +,07435 +11.5876 22 -.34234 +14.7774 +,44561 +1.08676 -.08676 +22.9504 +,07243 +12,0973 23 -.40336 +15.2869 +,44310 +1. 089ó9 -.08969 +23,9936 +.07067 +12.601>7 24 -.46438 +15.7964 +.44073 +1. 09245 -.09245 +25.0368 +.06893 +13.1162 25 -.52539 +16.3057 +,43848 +1.09!::>06 -.1)9506 +26.0800 •·06734 +13.6255 26 -.58641 +16.8150 +,43636 +1. 09753 -.09753 +27.1232 +,06577 +14.1348 27 -.64742 +17.3241 +,43434 +1. 09986 -.09988 +28.1665 +,06433 +14.6439 28 -.7u844 +17.8333 +,43:?42 +1.10210 -.10210 +<:!9.2097 +,06288 +15.1531 29 -.76945 +18,3423 +,43059 +1.10422 -.10422 +30.2529 +.06157 +15.6621 30 -.83047 +18.8513 +,42885 +1,10623 -.10623 +.51.2961 +,06025 +16.1711 31 -.89149 +19. 36'02 +,42718 +1.10816 -.10816 +..S</.3393 +,05905 +16.6801 32 -.95250 +19.8691 +,42559 +1.11000

-.uooo

+.53.3825 +.0~790 +17.1869 33 •1.01352 +20.3780 •.42407 •1.11175 -.11175 +34.4257 +,05672 +17.6976 34 •1.07456 +20.8868 +,42261 +1.11.S44 -.11.544 +..S5.4689 +,05567 +16.2066 36 •1.19656 +21.904.3 +,41988 +1.11659 -.11659 +J7.5553 +,05360 +19.2241 38 -1.31859 +22.9215 +,41735 +1.111151 -.11951 +.59.6417 +.05176 +20.2413 40 -1.4406.3 +23,9387 +,41502 +1.12220 -.12220 +41.7281 +.04997 +21. 2566 42 -1.56266 +24.9557 +,41285 +1,12470 -.12470 +43.8145 +,04839 +22.2756 44 -1.66469 +25,97<:!7 •.41084 •1.127(12 -.12702 +45.9009 +,04682 +23.2926 46 -1.60672 +26.9895 +,40895 +1.12920 -.12920 +47.9873 +,04544 +24,3094 48 -1.92875 +28.0064 +,40720 +1.13122 -.13122 +!:10,0737 +,04405 +25.3262 50 -2.05078 +29,0230 +. 40555 +1.13..S13 -.13313 +52.1601 +.04284 +26.3428 52 -2.17281 +30,0397 +,40401 +1.13492 -.13492 +54,2465 +,04159 +27.3595 54 -2.29485 +31.0562 +.40255 +1.13660 -.13660 +!::>6.3329 +,04052 +28.3760 56 -2.41688 +32.0726 +,40117 +1.138<:0 -.13820 •!::18.4193 +,03952 +<:!9 .• 3924 58 -2.53891 +33.0891 +.39988 +1.139/0 -.13970 +60.5057 +.03845 +.50.4089 60 -2.66094 +34.1054 •.39865 +1,14112 -·.14112 +62,5921 ··03754 +31. 4252 72 -3.39313 +40.2028 +.39248 +1.14829 -.14829 +15.1105 +. 03277 +37.5226 84 -4.12531 +46.29&8 +,38781 +1.15.574 ~.15374 +87.6290 +.02924 +43.6187 96 -4.8'5750 +52.3942 +,38416 +1.15802 -.15802 +100.1474 +,026'17 +49,7140 108 -5.58969 +58.4890 +,38122 +1,16147 -.16147 +112. 6658 +,02422 +5!::>.8088 12<i -6.32188 +64.5834 +,37681 +1,16432 ~.16432 +12?.1842 +,0('235 +61.9032 15il -8.15235 +79.8180 +,37430 +1,16966 -.16966 +1!:16.4803 +,01915 +77 .1378 180 -9.98282 +95.0515 ... 37118 +1.17.537 -.17337 +187. 7763 •.01699 +92.3714 210 -11.81329 +110.2645 +,36889 +1,17611 •.17611 +219.0724 +.01540 +107,6043 240 -13.64376 +125.51/1 +,36714 •1,1782U -.17820 +250.3684 +,01417 +122.8370 27IJ -15.47423 +140. '1491 •.36575 +1.17987 -.17987 +281.6645 +,()1361 +1.58,0689 1000000 -61014.64853 •507704,4586 +,35395 +1,19423 -.19423 +1043201.8577 +12.26565 +51)7701. 778'1

HK 80 Z1

1.0 .17453 7

~1 LAMBDA RK1 ZV1 RB1 AA AS 1:!8

+,57289 •.02631 .~.10057 +7,30241 •3.33360 +,3!;401 +,85850 +,16391

Z2 X2 AV AAV EPS PHI ZV2 u RK2

6 ··63391 +7.4902 •.59786 +,98.S20 +.01680 +6,2592 •·31687 •4.3663 ï + .51289 •7.9703 +,57992 +1,0048.) -.00483 +7,3024 +.28344 +4,8434 1.! +,51187 +8. 441:11 •.56317 +1.02437 -.02437 +8.3456 +.25236 +5.3212 IJ •.45086 •8.9236 •.54741 +1. 04226 -.04226 +9,3888 ... 22352 •5.7968 10 •.38984 •9.3971 •.53252 •1. 05882 -.05882 +10,4320 •.19676 •6.2702 11 •.31!88~ •9.8686 ... 51837 +1.07429 -.07429 +11.4752 +.11199 •6.741/ 12 •.26781 •10. 3381 •.50487 +1.08887 -.08887 +12.5184 +.14910 +7,2113 13 •.20680 +10.8059 +,49193 +1.10270 -.10270 +13.5616 ... 12802 •7.6790 14 +.14578 •11.2720 •.47949 +1.11~92 -.11592 +14.6048 +.10868 •8.1451 15 •.08477 •11.7363 +,46749 +1.12862 -.12862 +15,6480 +.09102 •8.6094 1!> +.0237!'1 +12.1990 +,45587 •1.14089 -.14089 •16.6912 +,0/5(10 +9,0722 17 •.03727 •12.690lJ •.44949 +1.148!;4 -.14854 •17.7344 +.06797 •9.5632 18 •,09828 +13.1997 ... 44649 +1.15.S14 -.15314 +18. 7776 +,06602 +10.0728 10 -.15930 +13,/092 +.44366 +1.15742 -.15742 +19.8208 +,06423 •10.5823 20 -.22031 +14.2187 +,44102 •1.16142 -.16142 +20.8640 +,06248 +11.0918 2l -.28133 +14.?280 +,43852 +1.161_{::>11 -.16517 +21.9072 +,06089 +11.6U11} 22 -.34234 +15.2373 +,43618 +1.16868 -.16868 +22.9504 +,05932 +12.1104 23 •.40336 +15.7464 +,43395 •1.17<!00 -.17200 +<:!3.9936 +,05789 +12.6195 24 •.46438 +16.2555 +.43186 •1.17512 -.17512 +25.0368 +.05647 +13.1286 25 -.52539 •16.7645 +,42986 +1.17808 -.17808 +26.0800 +,05518 +13,6376 26 -.58641 +17.2735 +,42798 +1.18088 -.18088 +27.1232 +.05388 +14.1407 27 •,64742 +17.7824 +,42618 +1.18-S:,J -.18353 +28.1665 +.05271 +14.6555 28 -.70844 +18.2913 +.42448 +1,18605 -.18605 +29.2097 +.0515>3 +15.1644 29 -.76945 +18.8001 +,42285 •1.1884!; -.18845 +.S0.25>29 +,05046 •15.6732 30 -.83047 +19.3088 +.42129 +1.19074 -.19074 +.S1.2961 ... 04945 +16.1819 31 -.89149 +19.8176 +,41982 +1.19292 -.19292 +32.3393 +,04840 +16.69U7 32 -.9525U +20.3262 +,41840 +1.19~00 -.19500 +33.3825 +,04747 +1/.1994 33 -1. 0135~ +20.8348 +,41704 +1.19700 -.19700 +.S4.4257 +,0<~657 +17.7080 34 -1.0745~ +21. 3435 +.41574 +1.19690 -.19890 +35.4689 +.04564 +18.2166 36 ·1.19656 +22.3605 +.41329 +1. 20248 -.20248 +.S 7. 5-553 +,044(12 +19.2336 38 •1. 318S9 •23.3775 +,41104 +1.20578 -.20578 +.S9.6417 +.04245 +20.2507 40 -1.44063 +24.3943 ... 40895 +1,20883 -.20883 +41.7281 •,04106 +21.2675 411 -1.56261> +25.4111 •.40701 +1.21166 -. 21166 +43.8145 +,03969 +22.2843 44 -1.68469 +26.4278 •.40521 •1.21430 -.21430 +45,9009 •.03849 •23.3009 46 -1.80672 +27,4444 +,40353 +1.2167~ -.21675 +47.9873 +,03727 +24.3175 48 -1.9287'5 +28,4609 +.40195 +1.21906 -.21906 +!)IJ,0737 +,03623 +25.3340 50 -2.05078 +29,4774 +,40047 +1.22121 -.22121 +52.1601 ... 03514 +26.3505 52 -2.17281 +30.4937 +,39908 +1.22324 -.22324 +54.2465 +.03422 +27.3669 54 -2.29485 +31.5100 ... 39777 +1.22516 -.22516 +56.3329 ... 03335 •28.3832 56 -2.41688 +32.5264 +.39654 +1. 22695 -. é'2695 +58.4193 +.03242 +29.399':1 58 •2. 5:S891 •33.5426 +,39537 +1.22666 -.22866 +60.5057 •.03165 +30.4157 60 -2.66094 •34.5587 +,39427 +1,23UV -.23027 •62.5921 +,03092 •31.4319 72 -3.39313 +40.6552 +,38872 +1,23839 -.23839 +15.1105 ... 02702 +37,5283 84 -4,12531 +46,7506 +,38452 •1.24455 -.24455 +87.6290 •.02415 +43.6237 96 -4,85750 +52.8454 ... 38123 +1.24939 -.24939 •100.1474 •.02189 +49,7186 108 -5,58969 +58.9398 +,37858 •1.25329 -.25329 +112.6658 +,Q200b •55. 8130 120 -6.32188 +65.U339 •.37640 +1,25651 -.25651 +125.1842 ... 018~3 +61.9070 150 -8.15235 +80.2679 +,37234 +1.26254 -.26254 +1~6.4803 ... 01596 +77,1410 18\J -9.98282 •95.5010 •.36952 +1. 2667-S -.26673 +187.7763 •.01421 +92.3741 210 -11.81329 +110.7337 +.36745 +1. 26981 -.26981 +219.0724 •·01293 +107,6068 ë4ll -13.64376 +125.9657 +,36587 +1. 27219 -.27219 +250.3684 •·01234 +122.8388 27fl ·15.47423 +141.1.979 •.36462 +1,21406 -.27406 +281.6645 ... 011:,2 +t.S8,0710 100000G -61014.64853 +507704.9051 +,35395 •1.29022 -.29022 +1043201.8577 +12.26587 +507701. 7782

?0468

-

10 0010 MK

ao

Z1 1.0 .1Î45;s 8 ~1 L..A,.,BOA Ri<1 ZV1 RB1 AA AS BB +,51187 -.04610 +5,57356 +8.34561 +3,60983 +,35401 +,82583 +,16391 Z2 X2 AV AAV EI'S FH! ZV2

u

RK2 6 +,63391 +7.9703 +.57992 •1· Olt>77 -.01677 +6.2592 •·283'14 +4,391>7 7 +,57289 +8,4481 +.56317 +1.0401:13 -.U4083 +7.3024 +.25236 +4.8745 8 +.5118/ +8,9236 +,54741 +1.06<:!65 -.u62«>:::i +8.3456 +.22352 +5,35U1 9 +,45086 +9.39/1 +,53252 +1.08<!70 -.ul3&!70 +9.3688 +,1\16/6 +5.1:12-~5 111 +,38984 +9,8686 +.51837 +1.10131 -. 10131 +1U,4320 +,17199 +6,2950 11 +,32883 +10.3381 +,50487 +1.11117!:1 -.11875 +11. 4752 +,14910 +6,7646 12 +.26781 +10.8059 +,49193 +1.135<:3 -.13523 •14!. 5184 •·12802 +7,2323 13 +,20680 +11.272(! +,47949 +1.15090 -.15090 +13.5616 +.10868 +7.6964 14 +,14578 +11.7363 +,46749 +1.16590 -.16590 +14.6048 +,09102 +8,161;:7 15 +,08477 +12.1990 +,45587 +1.1803; -.18035 +15.6480 +,07500 +8.6255 16 +,02375 +12.6601 +,44458 +1,19434 -.19434 +16.6912 +,(11)059 +9.0866 17 -.03727 +13.15!.J.S +,43857 +1.2029/ -.20297 +17.7344 +.0?443 +9,5767 18 -.OQ828 +13.6595 +,43595 +1.20805 -.20805 +18.7776 +.0'521:17 +10.0860 19 -.15930 +14.1687 +,43349 +1.21278 -.21278 +19.8208 +,0!)140 •10.59!:>1 20 -.22031 +14,677!1 + .43~17 +1.21721 -.21721 +20.8640 +.05006 +11.1042 21 -.28133 +15.1868 +.42900 +1.22135 -.22135 +<:!1, 9072 +,04874 +11. 6132 22 -.34234 +15.6957 +,42693 +1,22525 -.22525 +22.9504 +,04754 +12.1221 23 •.40336 +16.2046 +,42498 +1.22892 -.22892 +<:!3.9936 +.04640 +12.6310 24 -.46438 •16.7134 +,42315 +1. 23236 -.23238 +25.0368 +,04526 +13.1.599 25 •.52539 +17.2222 +,42139 +1,23566 -.23566 +1:!6.0800 +.044ë4 +13.6486 26 •.58641 +17.7309 +,41974 +1.23875 -.23875 +'t-7.1232 +.04320 +14.1573 27 •.64742 +16.2396 +,41816 +1.24169 -.24169 +28.1665 +.04227 +14.6660 28 -.70844 +18.7482 +.41665 +1,24449 -.24449 +29.2097 +. 04139 +15.1746 29 -.76945 +19.2568 +,41522 +1.24114 -.24714 +30.2529 +,04047 +15.6832 30 -.8304/ +19.7653 +,41385 +1.24968 -.24968 +J1,2961 +.03966 +16.1917 3l -.8914<;1 +20.2738 +.41254 +1,25't.10 -.25210 +32.3393 +,03889 +16.7002 J? -.95250 •20.7823 +.41129 +1.25440 ··25440 +33.3825 +.03807 +17.208/ 33 -1.01352 +21.2907 +,41009 +1,25661 -.25661 +.54.4257 +.03/36 +17.7172 34 -1.0745.5 +21.79Ç1 +,40894 +1.25872 -. 25872 +.55.4689 +.03669 +18.2256 :56 ·1.19656 +22.8159 +,40679 +1.26268 -.26268 +,57 .5553 +.03532 +19.24't.S 38 -1.31859 +23.8325 +,40479 +1.2663!' -.26635 +.59.6417 +.03414 +20.2590 40 -1.44063 +24.8491 +,40294 +1.26972 -.26972 +41.7281 +.03296 +21.2756 42 -1.56266 +25.8656 +,40122 +1.27287 -.27287 +43.8145 +.03194 +22.2920 44 -1.68469 +26.8821 +,39963 +1.27?78 -.27578 +4!L 9009 +.03090 +23.3085 46 -1.80672 +27,8984 +. 398U +1.27851 -.27851 +47.9873 +.03001 +24.3248 48 -1.92875 +28.9147 +,39674 +1,28106 -.28106 +?0,0737 +.02908 +25.3411 50 -2.0507!\ +29,9309 +.39'542 +1.28345 -.28345 +52.1601 +.02631 +26.35/3 52 -2.17281 +30,9471 +,39418 +1.28!:>70 -.28570 +54.2465 +.02758 +27,3735 54 -2.29485 +31.9633 +,39303 +1.28781 -.28781 +!:16.3329 +,02678 +28.3897 56 -2,41688 +32.9794 +,39193 +1,28981 -.28981 +58.4193 +.02614 +29.4058 58 -2.53891 +33.Q954 +.39089 +1.29170 -.29170 +60,5057 +,02553 +30,4218 60 -2.66094 +35. 0115 +,38992 +1. 29347 -.29347 +62.5921 +.024&4 +31.4379 72 -3.39313 +41.1071 +.38498 +1.30247 -.30247 +15.1105 +.02184 +.57,5335 64 -4.1?.531 +47,2019 +,:58124 +1.30928 -,30928 +87.6'290 +.01956 +43,6283 96 -4.8575() +53.2963 +. 375:so +1.314b4 -.31464 +100.1474 +,01777 +49,7227 108 -5.58969 +59.:3903 +,37594 +1. 31!195 -.31895 +112.6658 +,01631 +55.8167 12f) -6.32188 +65.4841 +,37400 •1.32251 -.32251 +125.1842 +.01509 +61.91U5 1511 -8.15235 +80.7175 +,37037 +1.32916 -.32916 +156.4803 +.01308 +77,14;:.9 18ü -9.98282 +95.Ç502 +,36786 +.1.33379 -.33379 +187.7763 +,01171 +92.3766 21U -11.81329 +111.1823 +,36601 +1.33720 -.33720 +219,0724 +,01106 +107,6087 240 -13.64376 +126.4144 +,36460 +1.33981 -.33981 +250,3684 +.01029 +122.8408 270 -15.47423 •141. 6460 +.36348 +1.34181! -.34188 +281.6645 +.01009 +138.0724 1000000 -61014.648';3 +507705. 3516 +,35395 +1.35965 -.35965 +104J201.8577 +12.26609 +5U 7701.7780

HK

eo

Z1

1.0 .17453 9

)1 LAMBDA Ro<1 L\11 RB1 AA AS I::!B

+,45086 -.11321 +6,020;>8 +9.38882 +4.28606 +,3!)401 +,797u8 +,16391

Z2 X2 All AAV EPS PHI lV2 u RK2

6 +,63391 +8,4481 +,56317 +1.03001 -.03601 +6,2592 +.252:S6 +4,4278 7 •.5728<,1 +8,9236 +,54741 +1.06~40 -.06240 +'1.3024 +,223!:i2 +4,90~4 8 +,51187 +9,.3971 +,53252 +1,08644 -.08644 +8.3456 +,19676 +':>.3708 Q _{+.4':>086 +9.8686 +.51837} +1.101!5>9 -.108!:19 +9.3888 +,17199 +5,8483 10 +,38984 +10 .. ~381 +,50487 +1.12921 -.12921 +10.4320 +,14910 +6,3171l 11 +.3:?883 +10.8059 +,49193 +1.14859 -.14859 •11.4752 +,12802 +6,7857 12 +,26781 +11.2720 +,47949 +1.16694 -.16694 +12.5184 +,10868 +7,2517 13 +,20680 +11.7363 +,46749 +1.18443 -.18443 +13.5616 +,09102 +7,7160 14 +,14578 +12.1990 +.45587 +1,20122 -.20122 +14.6048 +,07500 +8.1/88 15 +,0847'/ +12.6601 +.44458 +1,21142 -.21742 +15.6480 +,06059 +8.6399 16 +,0237:; +13.1197 +,43358 +1.23313 -.23313 +16.6912 +,04770 +9,0995 17 -.03727 +13.6090 +.42791 +1. 24<'71 -.24271 +17.7344 +,04237 +9,5888 18 -.09828 +14.1179 +.42565 +1.24823 -.24823 +18. 7776 +,04121 +10.0976 19 -.15930 +14.6268 +,42353 +1.25~37 -.25337 +19.8208 +.04006 +10.6065 20 -.22031 +15.t355 +,42152 •1.25tl19 -.25819 +20.8640 +.03903 +11.1152 21 -.;>8133 +15.6443 +,41964 +1. 26269 -.26269 +21.9072 +.031!00 +11.6240 22 •,34234 +16.1529 +.41786 •1.2669-S -.26693 + t!2. 9504 +.03708 +12.1326 23 •,40336 +16.6615 +,41618 +1.27092 -.27092 +23.9936 +.03614 +12,6413 24 -.46438. +17.1701 +,41458 +1.27469 -.27469 +;.!5.0368 +,03531 +13.1498 2~ -.52539 +17.6786 •.41306 +1.271126 -.27826 ·~6.0800 +. 03452 +13.6583 26 •,58641 +18.1871 + .41162 +1.28162 -.28162 +27.1232 +,03370 +14.161>8 27 •.64742 +18.69~5 +,41024 +1,28483 -.28483 +28.1665 +.03299 +14.67~3 28 -.7084'1 +19.2039 +,40893 +1.28187 -.28787 ·~9.2097 +.03231 +1~.1837 29 -.76945 +19.'1124 +,4076Q +1.29076 -.29076 +30.2529 +.03159 +15.6921 30 -.83047 +20.2207 +.40650 +1.29352 -.29352 +31.2961 +.03096 +16.2004 31 -.8Q149 +20,7290 +.40536 +1.29615 -.29615 +S2.3393 +,03037 +16.7087 32 -.95250 +21.2374 +,40427 +1. 291!66 -.29866 +.53.3825 +,02972 +17.2171 33 -1.0~3!.'>? +21.7456 +,40323 +1.30106 -.30106 +34.4257 +.02918 +17.7254 34 -1.01453 +22.2539 +,40222 +l.3US3/ -.:!10337 +35.4689 +.02865 +18.2336 36 -1.19651) +23.2704 +,40034 +1.30/68 -.30768 +37.5553 _{•• o;n59} +19.2501 38 -1.31859 +24.2867 +.39860 +1.31167 -.31167 .. s9.6417 +,02668 +20.2664 40 -1. 4406:< +25.3031 +,39699 +1.31!)34 -.31534 +41.7281 +.02575 +21.2828 42 -1.56266 +26,3193 +,39548 +1.311!7/ - • .51877 +43.8145 +.02496 +22.291.iu 44 -1.68469 •27,3354 +.39408 +1.S2195 -.32195 +45.9009 +,02424 +23.3151 46 -1.80672 +28.3516 +,39278 +1. 32491 -.32491 +47,9873 +,02346 +24.3313 48 •1.92875 •29.3677 +,39155 +1.32769 -.32769 +!)0,0737 +.U2283 .;.25.3474 50 -2.05078 +30,3837 +,39040 +1.33U30 -.33030 +!)2,1601 +,02224 +26.3634 52 -2.17281 +31.3998 +,38933 +1,33274 -,33274 +54.2465 +,02157 +27.3795 54 -2.29485 +32.4157 +,38831 +1.33504 -.33504 +56.3329 +,02105 +28.3955 56 -2.41688 +33.4316 •.38734 +1,33122 -.33722 +58.4193 •.02056 +29,4114 56 -2.53891 •34.4477 •.38644 +1,S3926 -. 33926 +60.5057 +.01998 +30,4274 60 -2.66094 +35,4635 +,38556 +1.34121 -.34121 +62.5921 +.01954 +31.4432 72 -3.39313 +41.5564 +,38125 +l.35U98 -.35098 +75.1105 +.01724 +37:5381 84 -4.12!:>31 +47.652/ +,37796 +1,35ti4U -.35840 +87.6290 +,01549 +43,6324 96 ·4.85750 •53.7466 •.37539 +1. 36421 -.36421 •1u0.1474 +,01411 +49. 7263 108 -5.58969 +59.840~ +,37331 +1.36890 -.36890 +112. 6658 +.01298 •55.8200 120 -6.32188 •65.9336 •.37160 +1.37ë.7/ -.37277 +125.1842 +,01225 +61. 9133 150 -8.1523? +81.1664 +,36841 •1.37999 -.37999 +1!)6.4803 •·01079 +77.1462 180 -9.98282 +96.3988 +,36619 +1..385()0 -.38500 +181.7763 +.Ou9/9 +92,378f, 21fl

-u.

81329 •111. 631() +,36457 +1.381169 -.38869 +219.0724 +,00906 +107.6107 240 -13.64376 +126,862? +,36332 +1.39152 -.39152 +2~0.3684 +.00887 +122.8423 27!1 -15.47423 +142.0944 +,36235 +1.39.Sï? -.39375 +281.6645 +,008.)7 +138.0741 1000000 -61014,64853 •5077'05.7980 •.3539"i +1,41298 -.41298 +104.52l/1.8577 +12.2663t +5077'01. 7778