SCIENTIFIC ABSTRACT GOLDIN, G. - GRISHUK, G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000515630003-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 26, 2002
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

GIOLIDDI, (I.I., doktor med. nauk. (Moskva)
History qf the Moscow SorietY of Urolo,~Jst2. Urolo!-iin 24 no-1:67-69
JF-L? '59. NIRA 12 :1)
(W)9C,OW-T!ROLO',I(;AL SOMPM)

GOLIDIN, G.I., doktor mod.nauk (Moskira)
Report on the acti7ities of the Yoscow SocietF if Uro'-o,-Ists in lq,~~S.
Urologiia 24 no.2:77-79 ~(r-ko '59. ',MI-R--. 12:12)
(M.0scow-UMLOGICAL

EPSHTEMI, I.M., prt,f.: GUIDIN, G.I., do'ctor med.llaulc
In -nEjirf,r:j - Hilchard Mikhailo'),L~"I Frontilitf-ill; 0!: ti,.~ lr)t~~
of 1A.1 -i:Ah. Uroloplia 24 -.0,3:)-5 MY-ja 15~). Olni,,~~ 12:12)
Fronshtnin, Rlki)~,rt! M. (Rilo))

GOLIDIN, Grigoriy lzrallevich
q6ys~,i~isl TSistitv. Mosl-va, Modgiz, 196o. 193 P.
.14 (BLADIUM--DIMSES) (1-mu 13: "-,,)

GOLIDIN, G.I., doktor mod.naulc (Mosk-va)
Cystitis. Med. sestra 19 ne.12928-33 D '60. (MRA 13:12)
(BUDDM ~ .-DISEASES)

GOLID121, -G. L.
y -,he.,)ahrcmo--Ytc.Tna.
Surgi.cal approach to the adrenal damaged Ir ;
Urolo,-,iia 25 no.2:39-42 14r.-Ap 160. . (,%riR..i 1,~,'u.)
(ADRUAL GLANDS--SUR,FM)

PORUDOIUNSKIY, Illya Mironovich, prof.; GOLIDIN, G.I., red. ;
BULID'YAYEV, N.A., teld-ji.red.
(Sexual disordero in men; etiology, clinical nspqcts and
treatment] Polovye ra-gatroistva u muzhchin; e-tiologiia,
klinika i lechenie. Izd.2., perer. i dop. Mo!;hmt, Ibdgiz,
1960. 278 p. (MIRA 15:5)
(GEZFAME ORGANS, \'ITE-DISEASES)

Dmitriy Semenovich,
BALDIENA, If,F., to;,-hr,. red.
P, ir----y E,.ri theliv.-I ttr--ioro of thc ki`dney p- 1--ri2 tin urete--sl
o,,)it--.-li--l'nye o~ukholi 'o'-hanki i no-

GOLIDIN, G. I., doktor mel, nauk
Erroneous laparotomy in undiagnosed diseases and anor~--Iies of the
kidneys. Urologiia no.3:5-11 161. (MIFLA 14: 1-2)
1. iz Moskovskoy gorodskay lbollnitsy No. 29 imeni. IN, E. Bawana.
(KIDNEYS-DIS EASES)

LOPATK.U,:, lNirkc)lay AlekseT.-ich; G~j'LIDINI, G.J., red.; MU-Ti,:OVsjA3,A?
!..I., tekhn. red.
f
ICfran:-iumbar aorl.cigraphy] TranslLumbalInaia aartcv;rafjia.
,.fo:7kv,a, 11-ledgiz, 1961. 192 p. (mla~,

P"I E' L A.Ya., pro.',; (IGLIGOPSElY, J'.D., claktor ried. nmCq L:'_`AVAr,-
7ADiE 1',D. , LG':A .1 .1
:,A., (~oktor med. nawk;
GGLIDI:i, (~~,I rori,; F~CWKII;A, ".V,, tehim, rod,
[A,,tificL~-'- !--i,;nuy ,,m~ it: clinical pc)cllka
i cc I-L, ~~Ilonlo. h:x:l i ~z A. LIAJ~,tolira.

GOLIDIN, G. I.
Fc,arth All-Union Conforence of Urologists. Urologiia no.6:67-68
161. (MIRA 15:4)
(UROLOGY-CONGRESSES)

PETROV, B.D., red.; C-011DE: G.I. red.; Dl,!iAYEVS-FY,. L.I., ted.;
I.M., red.; KUDHYIOK-S-7E',
FO J)C"'T'ISI, Y, I.' re S
I.I.A., red.; NATHOTSKIY, O.G., tekhn. red.
liLhard Pikhailovich Fronshtein. Pocl red.b.D.Petrova. Noskva,
Gos.izd-vo med.lit-ry, 1962. 65 P. 0MRA 15:9)
1. "';oscow. "-editsinshliy institut. 2. ZavL(~uyus-ich-iv kpl-
fedroy istorii n~ditsiny 1-go Yoslcovs'~-ogo ordenn Leniln!i medi-
isinskogo instituta (for Petrov).
(I'l;0, iJKJ!A.,D 1:1KHAILOVIC-11,

MIMID47, A.P., prof., zasl. deyatell nauli, red.; G(L"DII!, r;A.
[Urgent p--oblems in urolor-r]AktualIN7e voj.~--,sy %iilrj--W:,~j'; -~:-
uchr,ye t:-udy. Pod red. A.F.Frwf~kina. !~os~-.wl, 1"6-,. :337
1(~:l)
1. Mo.-cow. TSentral'W institut usovershons~vo-~-anipr v---,lcl--r!:l'.
0---Olvu)

GOLIMI, G.I., doktor med.nauk
Surgical methods in the troatrient of impotenca,
no.1:7641 162.
1. Tz Moskavskoy rorodskoy bollnLtsy No.,") Amoni. N.E.
(Imponza)

FRLPMKIN, A. P., zasl. doyatell riauki prof, red. (dec-eased]; PYTEP
A. Ya. , prof., z~Lm. red.; T 'T I-
red.; GCLIDIN, G. I., do,',tor med. nauk, red. I Ye . ,
dots. , red. ; PORM)MI'l,"SKlY, 1. P. , prof. , red.
prof., red.; P). Ye., red.; v-u. S., teklin.
red.
[Transactions of the Fourth All-Union Conferenee of Urologists,
Moscow, jime -24-30, 1961] V.,;(,-,oiu',,.noi konferents-ii "Iro-
logov. ".tll' 'POSCOW, lt~61. Vookva, !-'edt:i:~, 196',. -3f- P.
1
'1,' 1-
, . --A 1-7:3)
1. Vsesoyuzriava konferentsly-a uxollogov. 4th, 1-!oscow, 1961.

DZI~.AINLE-ZADE,

~. 11 -1 1. , 'I I '. , - ~ I
JVDI'., :' i-;I: -, ', I ;. 1~~ r- ,
I I ; A . I . . I - . ~. ; : , . , I . , ;.; 1, ~- 1, 1 . . , J'. . ;,. , . - 1 . .
"r:" .
[A oon~rii)ution to *LliE,. iii,ltory of urodc)-71; , H' -' , t, () - -
L. , - , ~ ~. ~- " . -)I -
vii u-olioiii. ll():-",~v~,, i I,CL , " I( , .
~111~ il - )

I'-~P6031029
ACC NR SOURCE CODE: UR/0069/66/028/006/07f~/67801
AUTHOR: Averbakh, K. 0. (Moscow); GoVdin, G. S. (Moscow); Deryn&in, B. V. (Moscow)
Smirnov, 0, K. (Moscow)
ORG: none
TITLE: Fonnation of hydrosol in hydrocarbon media at low temperatures
SOURCE: Kolloidnyy zhurnal,' v. 28, no. 6, 196t), 777-780
TOPIC TAGS: hydrosol particie, hydrosol In Lohione, hydrosol. fol-1TV11Aoll S1Q1~o'C-'4K11
V-1 ~ 1~ IC 0 1~ NA 0 NN
AIISTPNCT: A study h~L,. been made of tho format ion kinet.ic~; of hydrosol paracles in
to luene by i i I t r a TI I [ C r 015 C 0 1) Y .The equipment irid procedurv ~Irv &!!-;crLh(,d in tilhe text,
Tile effects of the time of the appearanCL' 01' futc-le"., Bind ~)i the water
runtuia and temperature of toliiene on thi, furn.it.hin of th!, ac,,jo~,u(; pha-7-1 wore
Invf,F-L[patt-,d. lh~-- experiinents were Conducted w"11) toblp7v coio,~Ijnj.n~~
[ t. "; -~ 1; ~ i lw4n t 11 a ~ n I - 5 t , - ri C t 1)v 1'. ""1 v~ :re as C
vi?ll tim:~' ~1110 thv~n TrXIT-0 !.; I ro
r.-i i r r; io n n i v i I r-n ~; n I p, i r 1, "
of
copillicti?d in a 1711~-~~
fo -1-t ionn, of hviro~,,o i P;lr t 1 (4 nc-T. a
p1 r-
CODDE: 211 SUBIN DATE: I Ih v 0 P, I, C, it f~ 17: 11 ~10
Card

ACCESSION NR: AP4026854 810065164100010041006610069
AUTHOR: Averbalrhl K.O.; Shor, G. S.; Smirnov, 0. K.; Golldin, G. S.
TITIX: Methods of preventing the formation of ice cryotali; in fuela
'k-SOURCE: Khimiya i tekhnologiya topliv i masel, no. It, 1964, 66-69
TOPIC TAGS: Fuel, hydrocarbon fuel ice formation, ice crytital formtion,'preven-
tion, mechanical water removal, additive,, ice prevention editive, surface active
agents, review, literature survey.
ABSTRACT: This Is a literature survey relating to the behavior of water in hydro-'.
carbon fuels at low temperatures and to methods of preventir43 crystalization in
them. The solubility of water in the hydrocarbon fuels at diffeTent temperaturesjl
ibe transfer of water molecules between the fuel and air, formation of micro-
droplets of water on cooling, and conditions for the formation of ice crystals almi
included. Various physical and mechanical means of preventing or remoVing Ice
have not proven too succeesful. Two types of additives have helped solve the
problem. The addition of 0.1-5$ of materials which dissolvi,; water and which are
dissolved in hydrocarbons at low temperatures) eogo, certmin ekolwils., glycols or
:-et.hers, increases the solubility of water in the bydrocarbom fuel. The use of
1/2

ACCESSION HR: Ap4o26854
smaller amounts, 0.004-1$l of anionic, cationic, or non-ionic ourbsce active
materials, which also exhibit oome emulsifyIng action, qpwn afftensively in
the current Soyiet and fonip literature.
ASSOCIATICN: Nme
1 SUBMITTED: 00 DATE ACQ: 28Apr64 WL: OD
i mB com: n No. W. Wyl 018 MW 047
2/2
LCard

aL 1 1;..
4$ (0
L 19682 45T~~ _iWTW
REUMOWNW, AM3603 RYL
ii ~J;
AUIMR t 0611dins 0. 8
ps
Amain *WV
&V vaf
5=R& Plastic IYA MORSYS no* 1064 264ki ~i .!i.~
1-7
Toptc TAOS$ Mim, logrUtnas oreav.Kni'"lk O=P*W41
-AtetraCts, It was shown that La the exeRkange bti;i6ian
44i ~ilcs
-,Tui ~'
di"
n
o L
sad.trLsoLnes, t1a hydraxLno group ~6f i the 8 !41 it lpd! I
T,v an SMAne group. N,H14-SLs-(tr1=tIiil Ave
YX
unAescrLbed in the'; Mara ave, 1~441"441 i~ 7' Ili to. 1!~,~
dtffenatwt c-bythereactio
a of t~i"thyl d4ord#~l ari* Al !'1rbj4
thyleheti"Min,a. by tr4asnaimation' of i~thilu~colat
th!1!
by am.natLon of trimetbyl-N,N-diinath~lb~AiAaifioiLla~e~;iii ~;Nii i~tijuii
IattLhY~enetriamine in the presence 49 .6stalirtL6 ~wountz at, tiL ilkhyi~` 0o.
rivicibyliurl) -oil ioiftt
BILanet. The previsouly deacxLW6 M,111-1is-(t
ethylenediazine was also profteed by Mae thtwietbb'"- iIWAJ
(LrineLhyl oily) -athylanedtanins, * also pi~cvisouly 4acrkbed; idu~iidl Ily
q 50.
fJ.hacibn of trbietbyl-N,N-dimthylhyiftilainosilaim with
a-Almo has I table,
17W
wwii

- .,:'.rn ~,," 5~ ly z~ " , ,, 1,
. I .,". I nf- ~ I . I ".: ~- ,
i " ~
m7 ~?, I )I- ~~ I
- 3 Y y I -

SERGEUT, A.P.; G~;LIDIN, I.A.
Plonsaturat ~on method of obtaining wamoniim mu~a,e. Koks i khim. no,2-
36--39 '63- (Miitil 16:2)
1. L-Lakeyevskiy kuksukhimichpnki~' zavoLi.
(Donotak ProvLrice--Cole-,~ aulfate)

rj
3(4) PHASE I BOO),,. EXPLOITATION W/2024
Ushakov, Gavriii Alekseyelvi(,ii, Candidate of TechnIcal Science:,,
Docent.and iosif Davidovicri Golldin, Candidate of Technical
ScienceE3
Naglyadriyye mark 3heyde r 3kiye grafiki (Mine Sixrveyort3l Illustra-
,i:,,da1;, 191-)9. 187 P.
tive Graphics) Kharkov, Metallux-jr
Errata Blip inserted. 21,800 copies printed.
Reap. Ed.: M.V. Korzhik; Ed. of Publishing House: Ye K.
Sinyavskaya; Tech. E'd.: 0). P. ikndreyev
PURPOSE: This book is Inten(Jed f'or ongineering and technical
personnel of' the mining indititry wid for otudents of mine
surveying.
COVERAGE: This book gives comprehensive coverage to the basic
principles of constructing illustrative graphics used in the
mining industry. The types of projections are described as
are the geometric relationships. Affine relationships and
Card 1/6

Mine Surveyors' Illustratlive G-I,aphics SOV/2024
4. Selecting the siinpie:it conatructirq
illustrative graphl(~,; j.
The coordinate iiiethe), -i
Direct trans f ormation from orthogonal pro-
jections to pictorial portrayal 1. '17
Constructing illustrations w1th tuii~,e ald of
affine transfomations i F~
Axonometry with axes 01 Yl a-rid OjZl coin,!:Ldlng
n
along one vertical
5. Vectorial projection,5 (plane axonometry)
6. Stereo axonometry 2'1
Ch. II. Theoretical Frobleraz In Constructing Mine
Surveyors' Illustrative Graphics by the Method
of Affine Transformations 212
1. Affine coordinates
2. Determining the affine dire(,tionq
3. The relation3hip between angular elements In
affine transformation 41
4. Determining the distortion factors 43
Card 3/6

Mine Surveyors, Illu.,itrative, ~;ralpiiics S 0, Tl/,-e 0' 2 4
5. Affinograph-~ fov coristrn.icling mlne
surveyors' pictorial grap~iics i;,,1i
Transmission affinograiPn
Affinograph A-2 I -'- 1
6. Device fov con3tru;~tlng 1) 1 &.,, i eaxon omet. ri c
illustrations i'o
7. Device for constructlig stereo axonometrics
Ch. V. The Methodology ol' Const-ructing Mine Surveyors'
Illustrative Graphics Wit?i the Aid of Affino-
graphs
1. General problems of the methodology 122
Selecting the outline of the plan portion 122
Selecting the proje~~tion direction on the plan 12-':
Calculating the vei-tical 3cale iAi'
Sequence of work or. the affinograph 1.27
Supplementary drawiag~l (finishing LOL101103)
and completion work q
2. Portraying topographic qurfaces
Card 5/6

Mine Surveyors' Illustra!.ive GraDhics SOV/2024
3- Portraying geological _~'_nictures 1317
4. Mine-geometric pict:lrl al graphics, 14 5
5. Portraying open pit, ito -kings 151
6. Portraying uridergi-nund rnlpe worldngs 158
Ch. VI. The measurability o-f Ma"no Surveyors' Illu-
strative Graphics 16,3
1. Determining the actual linear dimeniions with
the aid of elliptical scales 16.3
2. Analytical de term ina ti on of the angular and
linear elements of' an obj--,-(,t from Itz, projection 171
3. The graphic method of L3,)lving metric problems 1170
4. The mechanical metho,.! of scilving metric
problems 181
Bibliography i86
AVAILABLE: Library Of CoZlg~~'e :33
T*VrJ
7-7-59
Card 6/6

GOLIDIN, 1.D.
Universal taxifogr~q)h (UA-5). ilizved. i okh. nedr 31. no.":
52-51 Jl '65. (Ml:-A Uk:i!)
1. Kharlkoi-kiy Institut gornago mashino3treyeniy,~,. ayto-
Fki.
matiki i vychislitellnoy tekhn'

GOLIDIN, I.P.1, dots.
Construction of block diagram by meams of affine transition of
surfaces and cross sections. Izv.v7s.ucheb.zav.; -or.,,,h-.ir. no.2:
0
4c~--52 ;60~ (HRU 14:5)
1. Khar;kovskiy gornyy insititut.
('11ine surveyimg)

dotsent
Projecc-i on methods of constructing perspective ritpresentations of
mines. Izv.vys.ucheb.zav.; gor.ziiur. ) no.O."+,.'~-47 '621.
OMDA 15:11)
1. narlkovskiy gornyj Institut. hokomealovara :cafedroy
nuchertat~allnoy geometrii i grafiki.
0
(Mining engineering)

GOLIDIN,
U~-,.e of ~i sreciil instTurneint to r-onstruct, blo,~k (iliagra-is. Ftazv~nd.
; okh.nedr. 2~ nr).12,,lc?--21 N t62. 1;;, 12)
1 Fliar"-wON-ty f-orn.- 'n, 11
- . - jr , stltt-~t.
i,Block

VARSfL,iVbXIY, Aleksandr Borisovich; GOLIDIN, Iser Isaakovich; MZENKOV.
I.P., red.; ATROSHCEENKO, L.Y,,-., tekhzi.red.
[Metalwork] Obrabotka matallov. Houkva, Izd-vo "Ikinnia,"
196o. 29 p. 0111u 14:1)
(Metalwork)

ObJli.UKO. l3orl:-, lo,,ifovich;
M.I., red.; I-C-LDIT0~1A
.. I , L,A . tekhr.. red.
(Theoi-; of tolerances tolt,,l~::rccs ane, PnJ nw;-.sur-
ing instnimonts and tho tachniques of m!risurenent; ilotlic"10-
logicL,l manualll'oniatie o (lo~uskalch i po.,;aC. kal, 1-1. ElontrrOl I rc)-
imneritellm,-e i-trumenty i telchnil,,a iz.--iereniia; r~etodich-
skoe )o,,:ol)ie. Fo~:~ri, 1 rofteklAzdat, 1~411,~. 51
(Tolnrance (Enlr:incerinr-,)) 'es,

GI-l.; D!N, I.snll I 3'mikc-vll~li, _ T~,!'-,',Hf:3YAK, L. I., nillichn"ry red.
-U"~INA. V red , ~rEDE?T,' S.P., tekhn~ red,
[Labcr~-.toly work on me~ihanical engineorin g In vocai'tional.
an-
d technl!:Rl schools] 'al-K)ffitor-nye rabc)4~ po tekhnIche-
skoll meklifinike v prof enion~i i 1 no-teklinicheskikh 1 'icnil l!lh(!hRkh.
"rc f t ekhi zd~ 16:5')
-it IA, 3. P,
(Mer-hanical enginperity-Study and teaching)

GOL-IDIN,_I., prepodavatell
Complex tasAs on design combining several siibjec~.z. Ilrof.-tekh.
obr. 20 no.1:13-15 Ja 163. (MIRA 16:2)
1. Tekhnicheskoye uchilishche No.7 Moskvy.
(Project method in teaching) (Vocational education)

G~IIDIN, I. t.
Krapiverls!:Y Digtrilct - F~)restry Hc-~-,earch
k'
R-serirch and experif,.i-mtal w,~rk at the T~!chudcal Les. lmoz. 5 no. 1),
1952.
Monthly Lj~t of Russian Accessions, Librar-,- :f IlDivress. 'Nove.-.1her Y52, UnclastAflc,,i.

GOLIDIN, I.L.
Somn foaturon of tbn "Tula abntiii" oat- woodg. Hot.zhur. 19~
no. 11: 161R-1659 N , r9. (MIU, 1'3:4)
1. D3,3nny tn1dinilcum, Krapivorslciy rayon 7~11'ilk~ny oblasti.
(Tula Provincn--Tnront ecoloiV)

GOLIDIN, K.R.
Now designs of photographic cameras. Opt.-mekh.prom. [25] no.3:44-47
Mr '58. (MIRA 11:9)
(cameras)

GOL-DI'7, L.A.; ZEGI,li-',,V, A.,".
The 209-Gr electric, vibntf)ry .--;,-r~-en., M-ul, t~I.h,ei:cri., infol-ri.
Gos. nwich,irsl. inst. nauch, ; txkh. infonai~ P n3,,2::3--4
164- (M MA 17 ~ 6)

T I," I ~-"
I'.; f~ ~- - , ,".B.- GCLID:N, L.A.; ZliGULEV,
~V ",
Lno 1, )-fir ~ , :111.1~ "; . ., i,%. --f; t., "l.
..1111cfl. '.- . ~:.
LLfcxm. ~~o3. nat,cri.-Iasl. Illj',. ll~' .
1,8 no.lo:',1-8 0 1656 1 A 1,1,.! ~ 11. '? - 7L 2 )

A 6 C A I -.U. - V11-1 -Y.A.-AA 6 M. 10, 01 4. it I I I

..........

t'. 7 InvesUgation with Lhp Aid of 01, of itur Itt-w,tj )f
so DicarbxYlIC Aty;LwArM-t In Use Liver. A. S. Ko,ilko-, so
o V. N. Orr khovi "Ji, M. G. KriUmin. S. Ya. f)1u,VmyA, 00
s A. S. Khokhlov. 34 .G. K.kavadze. B. V. NI. -V6
Meri.hikav. end L. L. Goi'dM. Witt ty
Akatit Natilt-
.
15, 125~'~14411M-R. so
twen irntrAlly acceple I uMll r fly that U~l -1
~1.. of proteins lit more intensive Ln Ussuoi Lhst a.~ regrn -
rating than in rDFMRI tissues. According to recent lindirws,
thi, view Is erronema (Ritterib-it et at. Current. In Rlo-
'hernical 10%earch, New York, M5. p.2721. I'-ir
0 contriNted now material by ~howlng that Me inte-itiv, f
Or formation of free dicArboxIlIc miino aefill and 4 the
renewal of cartion in normal and regeneratIrW liver ire
tqjjl, They Intrukhiced (", Into 511ces of liver U.41-1 of A
rat, in vitro, in Lhe fallEmIng r"riment-i. Sample, ~4 it:, Ile
-r. normal or regenrratbrig, after uperAtIon. were -ut~ted -400
f-
--Al hours with a bicartxinate buffer conlainirg
- -(to
NAI L
,
0,. Mier the pricipitition of a4 prtjteL-.s, divir

Umlic Arnim) aclits were 1,-lated buth from the pret ipjLAtt 1400
and the filtrate (free acid.0, the lArtum 4 the Scid,
~o,m-rt,d mW CL~. In which CIO content ":4 deternnired
Ith w,t-rnel-

' V
11 A' "3 I
t D IV I? OF 6( K 9 It K U rf It G(

4 * Q 0 0 0 0 * 0 43 41 4)
40 0

':7T

~A
YICIDS OF VARJOUS
IN T11 E j Lq' ll~ q~~- ~, Iq.
L. L. Goldin, ArA V. Erlihier, p. 115-A af_CO~~JMI-
of ~O
.1m. -64 '7E-"-
IAUI~IY DEN Q vig."j; CIR
CINNCFS QE
Tily mr-arpelly. ,, qI af, JULY I -
1955, SE!~S toll OF TH 9 01 V11M.-I OE Cll.---SEICA 1. SCI EIq tE
(Translutl.nji, -1p. lia
Thif; pApur ~Hsorlvmally ab.Vrjrt(-J from the HgAtilan
and appeared In flucleir Scimee At.itraclu its NSA

ov,ikD!A, and E, 1?, TreMmhu pAG7-(ll-nf%M-'ZRENCE~_.,l
AV MR Y QP SCIENCES 0iJMLUUajLNM._.j
PF ES OF ATOMtC ENMIGY. JULY 1-5, 1955.
SESSION OF THE 1i1, AND KATHE-
WATICAL SCIENCES. (Translation). 16p.
Tbla paper was originally abstrieW from Ute Rusaimn
-and appeared In Nuclear Science Abstracts as NSA 9-7905,

g,:, . th~ lnfl--,~~ .( th, fh.,mni-s' O'd ww~ ;F
th, f-q--y 2'd .1 the
9.1,1 fAd. ol.putall" f~,
res~~ctlve t")Ipnlncf~- hilt"
4963
I
4~c MA,
wO
'n-i, It w3* Intp Acmnt Out tht a.-oltrMig ilol,l
fr,-t;=ncy la -t-madcilly Kith tht- m3jvwtf~ IwIJ
fra-r-3ily. A gevic.-A solollua far Wth In the
.1pd crilicil rrglmis hau been Mimi, and re.pectivo
Imegrills f h,-,e t'.- it IN 0.1m th;~l
m3lion In the crAlril retimi may tv olmpy nVileenicif by
Me ~!IeCtlTll lrt'IU=J Ot ORC1112110n. Ttly PAW InVOW-

TI!,' 'ILADI"IRSkIj,7.V., ~O!I'AR, L.
~A.
sxAcxOV, S. Y , S cov, S.
lo" ;ICI-tn') l'-V with S~
1,-- 1 CJiL tommaj zj Lnt~rr-i t,
S Li u
:~ieZons an,; for the :)rodaction c,J.'t P- n "J a r t
-,erlt - z- - - 0l,
particl.,~s. '.7'ith a parti cl e
n. ter of att~!~m;
tne cen
~~-,)!IiL;ion of a )--otcn a sln,,~le nucleon. 1-ne p--
'The of th~-
nagnet i3 abou.it 100
L;
Fcr t"~~- c,' t'%,~ ph;--3-3
t ~
t h c om r. s t n j f t'--, C- S r11, 1 t i On S o ftII-,--
J-n 'his p r jc tb-I !:i a n sf w 7: -j
y J Lh t`iis ccL7.pens~;tao- r
en~2ri-y ot x Ic'-. --*, S ' I i .3 t i11~-i f r -..-I t. t IIr -I U!:i1
t I I
s maL;net is 7 r i o d; i,:i al I L -S
~-tain rath,~r "l.1-In ~)f tn~- tnirll~ V- 6 -
i,, 1- s ; vi z 75 ;--rid I r v-v:~ I ~'i

BFMSTETSKIY, V.B.; GOVDIN, L.L.; KUSHKARMV, D.G.
Injection of particles into the alternating-gTodient accelerator
chamber. Prib.i teldi.eksp.no.3.26-31 X--D '56. (IMRA, 10:2)
(Particle accelerators)

VIADIMIR.SKIT, V-V-; GOLIDIN, L.L.; DAHILITM, U.N.; KWAAiW, D.G.;
HEYW, N. if.
Ejection of proton beams from the 7 BEV alternatlng~-gradiant
accelerator. PribA takh.eksp.no-3:31-35 N-D '56.
(Particle acceleratoro) OL111A 10:2)

i q,
rd.;
Em v i
7 , ~F,,
-i tit
ZA; it-
r--- 'Hill.
Rt~
..........
Wt,
,p:
CUS Or. PIL
tic
a Ta bbod--,Q# r
Itf,
.4,ju
It + P :'A4
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0"1
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7 if
is
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rRV
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-"J'A~M4 form or
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AN
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nualot tbo pletura 6.6t.p.11,00A
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r tJ i
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grim
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i~ q4 Al
ran for OkNoft
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.:rqv
tenattles ofa
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71!,!~~ 117, "'7'
AM

5

J,
d

C -I' C L DI N' , L.- L-,
SUBJECT uss R S I C --A - 1771
AUTHOR KON'DRAT L.... ) NGITIKO"TA, 1. 5055GI-EV,R7, ':(3L I DIN,L-L.
Tile a-D~.,Caj f p 2,10
TITLE 9 11 t
:IERIODICAL 4~u r n. e k s r;. t (,.,, r. f i ~,j, fa 3 r -7 7 1 -7 74, ( 1 Y,
Issued: ' Vr57
The authors investiCated the a3pectrum of' two plutonium Bource.3 within tile
ener,,,~y range of from 4.KO-~.050 MeV by meuns of the a - sj~ectroine ter of the
u
Academy of Science in th.- USSR. The rejults obtained by the experiments which
took 2 weeks each, are illtistrated in form, of it dia,3ran. A Al f which is
A
kno,.-in from literature, and which i0 due to tho CL-6:0fty )A-*' Pl.." ') on to tho
level 4+ of the, dauChter nuclOLIS, i:3 clettrl.y marked. The autho-i's. 71,~re able
to ~~ive precis(- defin-itions of the parameters obtained 1'cr this level. Besides
this line A,, also the l4nes A A,,A,, and A are visible in the spectrum. of
2f / r 5 ~Ifl
Q 2!~O, In th(4
S~ Pu
0, u 0, 2,
tile source A 2 Pu C 2 P
239 0 241 242
'I , U cart
spectrum o~f the source 3 (6q/~ Pu e,
171", Pit Pu ci 5,4 P
from tile line A also the lines B, and 3, are, visibi~-.The la:3t, t-.,io lines E;re
upparently due to th- admixture of Pu 2,1,1 and Piz 21j in t1le salirce -7, Gilt the
1 tile D5 orifina-tes from the- superposition of th-2 first satelliteg. A table
containz-, t'le en=-r6~14e.", and relative- intesities of the cl-particles of Pu 4
2j2 241 - 2~'2
-0 P11 -.c -1
arid Pu he line A apparently neither _u

P! 1"71
Lurn. e'-s- tt!or. f is, A 1 f -sc '~ 7- CARD
There remains tiii~ %~;3urr,-,)fion t~iat ti.e line A_ b e I o n t r
t h T:, or e % a f, x c t I t i (: r, : 11r
- _jCtly to the ~,nerCy of 'bevel t:i-, Th~ jxcitatioii
k eV)
~11e-'Cy of t',.e 4+, -,-;hiph wa.,3 de-erm._J.nod fr~::I ;wi.-ant2 t,)
4 7 k. u "I -The ~n-,,rf-ieh c,,f the levels 2,,4~,t'~ L2-~ it, U--! 1-:%tio f 7,
th~ s 4s in with ~.xr-3rimerita_' rLta.
a nd - - - _i I
At ,resting j St i I I difficult to ~~:I:j A_ fin-I
2
ci-_nnot Lelori; to U--lo
A 31 the J Pit PI; L,
- ~- L
thc~3e. lil~loj _ro ~011"IeCted 'aith thf" (X-iecay of Pu M, (!:i _t'Y bell,
t..- odq rotation structure, and for their momcrit of L U,;I l.. t of motion
anc. for their symmetry the pairs of value3 1 - ;-nd L~-e v:t1i''I. Die
mental results obttined Iny -i E3 v., o r' are. _iho-.,;n in form o-f a ta.cle. The sche"~Ie
of the a-decay of Pu 240 and of the levels of the ',-~.uLhtet, nuc! --%is U ;:56 _V~.re
3hown in a table. For the intensities of tr~.~nsitior,_; tl:, the 2 - ~_nd
o~ the t,.eoreti-,I-tl -tio
0, 32 : 1 , 2 * 10 10 -0 is here founJI. 'The cbserv~~d -,nter.!3itv cf tran3l-
tion zo the level rj+ t-,us is foun,- c c.-.i -,,.id
i i i t e ns i ty ..
! :',- S T T TJ 10 7;
I

5UDJECT USSR / r!mICS
j"LUTHOR GO L I DIN, L. L. , PM~'KARZTI, jD.!,'
'21 TLE Me 6 t r on 0 s c i 11 a t i,) i~ s ln n i, c cr-;-, 1; ow.I. L', t r0 rl~-
FocussinC. 1. The Liri(:-~tr Th-:!nry.
HKODICAL 2Ur I I. Llkii',' . i t'!0 1'. f i J1* L3 C,, L '-I
Is;;ued: 1 / 1957
The equations of syticlirotron-oL;cillzttiozizi:
the charEe e is investigated. The Imixi!-JIM c-114!rify attilil'A after t1";? rotation
of a particle is eu. Those particlej -tr,~ d~!~;Cribed -quilibrium whic).
maintair. a constant phase shift -aitli re3pt-ct to tKe
For the modification of the .-.wmentum of 01f, p,-Irticle ;%!,ich in it,. i~q,_~ilibriuza
the following equation is found: dpildt = eu sin 14,' 'L, 2er-~ L icncles th_~ len,_-th
of the orbit of tile -articlp and I - +h,-- ;,'h!tc-e c)f of thla T~_-r-
ticle in equilibrium. The particles which are not in e,uilibrium, are charac-
terized by the deviatiops Tj and - of th-i-, r~_--c~ive7y
T
from "he momientum :3.nd c)f t-t~ .:articie:L; 111 U:11 in
case of small deviations it is then trl~e t',_.at d TVI, dt cco /L'/
it i,
+ (e sin L) I. For th,~ ol
'(-) , I E,' I 10 t f: 3t 11 tf r a 1.11 () t 1~ C 'k ILf
d~//dt = A r') P - q L~ i, J,.71 ti .1
freauency and L ~,~ th& deviation )f t---- ::-otat i o f r e I I Cu r r t -, c 1 , j S fo :3
their ideal valu.-3o. --h- eiuation, 'for free and 'h-~ be-
haxior of on t.,i,: occ:ision of t 'ht, ,~rit4 :al, n t i s ] i s 3 --- d

PA
Zurn. eksp. i teor.fi3,";1 , f;i3c. '607-C I
in short.
The free synchrotron oscillations; The equation of tLese fr,2~_~ cscilla-tiona is
transformed to new variables, after which it is solvC.4 ))v a:)-rc,xi:-,,1'.1on by
develomment in series. The equation f0l' tilt? lph;13e 05C_LllfitiO:~~3 :.r,
domain is inspected more closely.
The electrotechnical and radiotochnical toleraric~,s. (The
sonance). Essential importance for 'lie coii1putation or tolerances is attained by
the oscillations of thl~ parameters, which deveiop with a f'vpquency that is
similar to the momentary frequency of synchrotron cjciilation~. Such disturb-
ances Must, of course, be investiffuted 3eparately. The move ra--id oqcilLitions
are quickly balanced and are therefore no dRn; ,er, The jumj:-1i1:e ?.~.odificatJ=3
of f4l and also the slow modifications of
U n_rl i 1'-1 11-2 doaalt With.
~V denotes the volta-e fet~dinC the ma6n2t)z Th e. : as
I j _ L, - i ~, ~ _ ' ii v ) it - hi t1
Point is no~,,,, rjiscu~;Sel, On -,-;hliA 03tiMit,~i
which occur becaus,-- lh~ chase of tilt--
i.-mediately.
In conclusion the re:~()n:_tnce and the jf :'s-,illation3 +ae to
the noise is
INSTITUTION :

SUBJECT USSR / PHYSICS
AUTHOR -,OLIDIN, L.L., PEKER, L.K.
Ti --'.- -.- --
T I T. LE pha Decay
PZKODICI'lL UsD. fizi. nauk, 59, 45--c4
Pub 1 7 5 i--
C~,RD I // 2 FA .. 124(,
11-OVIKOVA, G.--
This survey i3 arran~,ed foliows: Experimental t-luchni,,s,
lati-ons (quite recently a-rays are ex,--iriiinedl by tlne of the
angular correlations bet-,ween 15-particles and , -rays), i-.te classical theory
of a-decay; a-der-ay on the ground level of the daughtf!r ni~CjElu ~th- i-
.9 ind
7
'duc
f Lal proper'Jes of nuclei lepend more on the number of pro'.cns thar. on the
number of neutrans, Pr-parently because in heavy nuciel th-re are far more
ne,.i-.-.rons than protons, On the occasion of a-decay the prcper-i,~,.! of the inoth~-r
nucleus and not of the daughter nucleus probably play tl~(- e5sen-,ial art); the
deviation of nucle4 from the spherical shape and tLe rctiLtJon 3-~ructu.-~ of the
excited lev--:~lsj thi,, rota-tion levels zind th- fine ot* tile in-
tensity of the lines in a-3Dectra, simplified and not simpliriad trLnsitiona;
the intensity of a-transitions on rotation levels
Sumxary: The present theory Df a-de-cay is not sati--facl:o y -":- s-:-. nti ally ,
not',in,- has been done except, computinC the trqxisparen~it~ Of barriers fo-
spheri,~al nucleu:3. This is, ho'.,ievk~r, quite lnsuffici(-,~ becaa,'-.'~ the a-act.,,ve
r, - no means ~pfierical. 'othin6 whatevpr is iz.s vt~t about ',he
uclei are b~
probability of the creation of a-particles. Undeniable -,:ro,-ress was --ade
th~~ iincover,; th:,.t a con,-,iderablo part of the lower oxc-,tei leve'-:; has rota-
1-onal character. Nevertheless, many points still remair anr-x~.iiined (A,

"I
~:Id ,

WLIDIN, :~. L., 7... G'. --.
- " .. - I
~ c a - c:- U . it
"Rotational 7.,rdc -, 4 tl,. ',,' = : Lo,..- .-,,,vols -)r
-- . '-'l
- 'o
. per Su--:.itt:?d at t~,.-- - -If. ..u C, 1 -, -- I- :,. - ; - -":-. ; !, , , 4 ~_!L , . : ~,~
7nt7,r,-,~- ~ lr~,-~sics. ! 5,f-.

GOLDIN, L. L. , 1ILMYTRISKIV, V. V. , 7-. N. , -). G.
!,!. N1.
MET'AYI
"Deflection of the Beam of t 7 GeV Stronr F,)cu!-Jz,.F Protor
Accelerator," P19ver presented at CERN Symrosium, 105b, arpagwinp-
in Nuclear Instrii-ments, No. 1, pp. 22-"0, 1957

Doc o" riays-zi t;j I ;,I nu(3 .,CI ti,:':" of
.1 e,
ler-, 11 oarm 1),, c, o ni i,,~
6ciences

PA - 2050
AUTHOR: MJASISCEVA,G.G., ANIKINA,M.P., GOLIDIN,L.L., !R:3LER,B.V.
TITLE: Measuring of the Cross Section cf Th232 for Thermal
Neutrons and of the Resonance Integral of the Absorption
on Neutrons (Russian)
PERIODICAL: Atomnaia Energiia, 1,057, Vol 2, Nr 19 pp 22-26 (U.S.S.R.)
Received: 3 / 1957 Reviewe~: 3 / 1957
ILBSTRACT: These measurements were carried out on a reactor ivith heavy
water. In the reactor considerably diluted solutions of tine
nitrates of the substances investigated were irradiated.
While the cross sections were being measlared, the solutions
arranged side by side which contained. thorium and the
gauging material were simultaneously irradiated. Also
measuring of cadmium relations is discussed in short. The
P-activity was measured by means of a counter with a mica
window. The values measured for activity were extrapolated
for the point of time at which irradiation ended.
Results; The cadmium relations measured for thoTium, gold,
uranium, and indium in various channelr of the :veactor are
shown together in a table. The cross gections olf thorium ivere
compared with the cross sections of gold, indium, and
uranium. The relations obtained immediately from the ex-
periment have no simply physical signifi,:-.ancao, but it is
Card 1/3

PA - 2050
Measuring of the Cross Section of Th232 for Thermal
Neutrons and of the Resonance Integral of tho Absorption
on Neutrons (Russian)
possible, from them, to determine the cras3 section of
thorium for thermal neutrons as well as the anount of the
resonance integral of absorption. Next, the notion of the
average cross section is introduced, ahich d--pends on the
spectrum of the neutrons and also on tho~ gauging material.
The avera6e cross sections of thorium are given in a table.
From the data hitherto discussed it is then possible to
compute the cross section of thorium for the.=al neutronal
the values found are shown in form of a table. The cross
sections found with gold agree excellently with ono another.
The cross sections measured with indium are noticeably
smaller than those measured with gold. llhereu3 the crois
sections of thorium, which were mpa3ure:l with uranium as
a gauging material, differ moot amonj3 one another, measure-
ments on the ocoasion of which Cold was used for gauginE;
gave the best results. The resonance integral of the ab-
sorption for thorium was computed accordinE to the
Card 2/5

T 1 I'L
and the IbLer,'u-ce lh--ory
Elo I; i 11 t s v
ucori do
_i 'A-IL
-)n c
J Jl-
f t,
Z:.0
-j(
-Fi I c i7l~ :11
1 i t. ad -t-, 1 h,-
Lo,A

id,---,ar Til, -)t!- ~,L' i E
0
Du-2i- A~-- L the Tolerance Thoery
IP
D 32-, 1
0~
Ir C.
d 1 -6 ~e lue o -f J T!,
:r a~
J
C, C Cl
-,-/d t ceu sin ~~/E L
0
U
(!,j
r
ol, 0~*

the Tol e vance Theory,

r t'J.'-

T'
., ntk..

C

le :,l

Theory.
the Tolerenact:
D LNJ
U
T-
A A

mor.aRSKIJ, V.V.; ~,Ovt',R, Je.G.; IMINC, A.L.; XPDIN, KCGFAR:;V, D.C.;
MON-MON, NIKITIN, S.Ja.; RUBUISKIi. 3.M.; SYL."COV, S.V.;
STRELICOV, N.S.; 'fW~SOV, Jo.K.; 141~:DONOS, S., in-,-.. [ta-tinglator)
I-lain characteristics of the planned proton accelerator for 50-60
BeV energy with sharp focusing. Jaderna enercie 3 no.2:56-57 F '57.

lp" .1~,
L L,
ia
j ibiwt~i` --4E3d
T;- imlaionoi It!
RF4 4:
ACCRLV Tmv,
"A
rt o43 4. .1 41:j op~7,
FD
Idi
both tbal ltdlawo~:*WWN 7, f
it; 0
24
y A i:
p~ c4lool. of 604 amq tfiql, C
the aweldre4tq Valois
aldemd, allitt~g wtoi w 10, WMA, R
POW 09! P11 p a
it
1. F~

ki rE

A i r2
n

-D a i e a -ce
A
~~ad !a ~.-- L,~n "II a
en va
spe r
z si, -J-egc) a' "a. a 0- a
SOP
-~TMICAL,
,

pr: I
j 3 S

P
T A,

ume
d
s s 1 n o f I C.t
s r);,- t ia E'D r
a s 1 c, n f -ab 1 1 i_- ril
.
ron s
e e
si-ie, -,! the orde:- f
IT:er. -1
S pt~
e mati:-, u, 3
V, UG-,
Di
'oo
'C~ A I

C a ud 1 p I

411-7- 1/21
.AUTHORS: Aondratlvev, L.N., Novikova, G. I. Dr,,-'cv, Y.B. ,Golldin, L.L.
~33
258
IT LL rj-, -Doca~, of Pu
-Raspad Fu
PERIODICALi I2vestiya Akad. Nauk ESSSR, Ser. Fiz., V`,77 V,)I. 21, Nr 7,
j)1-. 907 - '108 (USSR)
ABSTRACT: '2he 'Cnowled~e of the P(_ -decay inten3itJea on the uticceo,~ive lev-
els -,,.,hich belonlg to a rotation level pevrii-Ij to draw impertant
conclusions -,.n the Cor-mation of the Olau,;hter nuclei. The most
accurate values of th~acL -decay intannitie3 can be dtjtermine~
by direct measurement of the d_-trani:iition~i by means of an
CX, -spectrometer or by an ionization chamber. The determination
of !,he intensities by other methods sozisimes leads to great
+ +
,?rrori. '2he low intensity of the trill.n.,jition;j tc the le,;~,'.s 1, 6
and so or. make it neces.,;ary to ch,)3e cnmpar,-itively short-lived
sub.~tnnces for the investi!,,ation by n(~,xns of an~;