SCIENTIFIC ABSTRACT STRELTSOV, I.P. - STRELTSOV, O.A.

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• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

S'7777, I T-'3 CV, I. T.
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!M&--l,'h26Y LIQL 2-f- Accossinns, Libr--ry or CoriErfr-~s , A,;[-.i5t 1952- U':C,I,',SSIFITID.

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j - I iyv ooLruinik (bnopi F, t, v k
for oidet, moths. Zashch.ras~~.OL 7M-ld.l ~
no.(-'.14 !~-D . 159 . i5:11)
(Insect traps)

STRELITSOV, I.P,
Results of a competition in the PaciVic Ocean Basin admdmistra-
tion of the Scientific Technological Society for Vater Trans-
portation, Biul. tekh.-ekon. infaft. Tekh. upr. Min
flota. 7 no.4tl33-136 162. (,IRA .6.:4rr*
1. Uchenyy sekretarl Tikhookeanskogo baoseynovogo pravleniya
Nauchno-tekhnichaskogo obahchestva vo(;nogo transporta.
(Pacific Ocean-Merchant marine)
e,,

VODYANIK, G.M,; STRELITSOV, I.P.
New drive for NPI-type counter-rotating fans. Trudy NPI 13701-87 162.
0
(MIRA 16 t 10)

AUTHORS: Selivanova, 11. M., -Zubc-,rai- G. A., SOVj~156-58-1-2/46
St rel I t
TITLE: On the Problem of Barium-, Strontium-, and Lead Selenate
Crystalline Structure (K voprosu o kristallicheskoy strukture
selenatov bariya, strontsiya i svintsa)
PERIODICAL: Nauchnyye doklady vysshey shkoly, Khimiya i khimicheskaya
tekhnologiya, 1958, Nr 1, PP. 5 - 8 (USSR)
ABSTRACT: The crystalline structure of1the selenates has hitherto much
less been investigated than that of the sulfates. Above all
the selenates of the bivalent metals which are soluble to
only a small extent are insufficiently known. After a survey
of publications (Refs 1-5) the authors say that at present
the mentioned three selenates may be considered as isomorphous
to the corresponding sulfates, i.e.they have Enorthorhombic
bipyramidal structure (barite type)(Refs 8-10). Since, however,
exDerimental data on the structure of the barite type in the
cafe of lead selenates are lacking in publications, the authors
decided to investigate radiologically the three mentioned salts.
The production and several constants of the mentioned three
Card 1/3 salts are described in an experimental part. Pigure.1 gives

On the Problem of Barium,-, Strontium-, and Lead sov/156-58-1-2/46
Selenate Crystalline Structure
the Debye (Debay )-Scherrer (Sherrer) X-ray diagrams. They
show that the appearance of the radiograph of the strontium
selenate differs from that of barium selenate, it is, however,
similar to that of lead selenate. The interplanar spacings
of BaSeO 41 SrSeO4and PbSeO4 (Table 2) show similar conditions.
The values determined of the refraction indices of all salts
in question (Table 1) increase with the rising cation weight.
They are in all cases hig~~er than the values of the same
indices of the corresponding sulfates (Ref 6). They form
a series: tellurides >selenides> sulfides> oxides (Ref 2). The
indices of refraction of tellurates, selenates, and sulfates
are boundto change in the same order. This would agree with
the authors' results. The fact that the lead selenates belong
to the crystalline structure type of barite may be considered
as proved. The analogy of the Debye (Debay ) diagrams of the
strontium- and lead selenates is no chance one: it is ex-
clusively due to the approximate ionic radii of Sr2+ and of
Pb2+ (1,27 ~ and 1,32 1)(Refs 13,14). There are 1 figure, 2
Card 2/3 tables, and 16 references, 6 of which are Soviet.

On the Problem of Barium-, Strontium-, and Lead sov/156-58-1-2/46
Selenate Crystalline Structure
ASSOCIATION: Kafedra neorganicheskoy khimii Moskovskogo khimiko-tekhnolo-
gicheskogo instituta im.D.I.Mendeleyeva (Chair of InorSELuic
Chemistry of the Moscov Institute of Chemical Technology imeni
D.I. Mendeleyev)
SUBMIfL'TED: September 21, 1957
Card 3/3

5(2) SOV/78-4-7-3/44
AUTHORS: Selivanova, N. M., Shneyder, V. A., Strelltsov, I. S.
TITLE: The Thermal Decomposition of Calcium Selenate (Termicheskoye
ra ilozheniye selenata kalltsiya)
PERIODICAL: Zhurnal neorganicheskoy khimii, 1959, Vol 4, Nr 7,
PP 1481-1487 (USSR)
ABSTRACT: The heating- and cooling-curves of calcium selenate (Fig 1)
were plotted by means of the N. S. Kurnakov-pyrometer. The
temperature at the beginning of decomposition and at complete
decomposition, the melting temperature, and the degree of ther-
mal decomposition between 200-11500 were determined. The salt
CaSeO 4c 2H20 served as a starting basis. The heating curve up
to 6000 develops in a manner similar to that in the case of
gypsum. The cooling curve is not in agreement with the heating
curve, because irreversible processes occur in the case of
heating. The Bata of the analysis of the salt annealed at dif-
ferent temperatures are given by table 1. Table 2 mentions the
losses in weight at various temperatures. A microscopical in-
Card 112 vestigation of the salt heated up to 2000 shows a mixture of

The Thermal Decomposition of Calcium Selenate
SOV/76-4-7.-3/44
CnSeO 4~ 2H20--crystals and fine netdle-ahaped crystals of the
non-aqueous selenate. Attempts made to produce the semihydrate
CaSeO 4* .1 if20 were unsuccessful. During heating, modification
2
changes sometimes occur* At 6980 decomposition and conversion
into selenite begins: 2CaSeO 4----4 2CaSeO3 + 0 2 with partial
volatilization. The final product is calcium oxide and an-
hydride of the selenic acid. The results obtained do not ex-
plain the reversible endothermal effect at 7861 of the heating
cuzve. The results of the Debye-Scherrer X-ray pictures are
given by table 3. As shown by table 4v calcium selenate is less
temperature-resistant than calcium sulfate. The refraction in-
dices of the crystals were determined by A. I. Mayer. There
are 1 figure, 4 tables, and 23 references, 10 of which are
Soviet.
SUBMITTED: April 11, 1958
Card 2/2

SELIVANOVA, N.M.; SHNEYDER, V.A.; SUEL!.TSQV.,I.--SP
PIWaicochemical study of selenates. Part 9: Thermal
decomposition of magnesium selenate. Izv. vys. ucheb.
zav; khIm. I khim. tekh. 3 no. 5:787-793 160. (MIRA 13:12)
1. Moskovskiy khimiko-tekhnologicheskiy institut imeni
D.I.Mendeleyeva. Wedra obshchey i neorganicheakoy khimii.
(Magnesium selenate)

W07
S, ZL40
AUTHORSs Selivanova, N. M., Shneyder,
TITLEs Production of Crystal Hydrates
PERIODICAL: Zhurnal neorganicheskoy
pp. 2269-2271
S/076/60/005/010/027/030/XX
B017'/BO67
V. A., and Strelltsov, I. S.
of Magnesium Selenate
khimij, 1960, Vol- 5j No. 10,
TEXTg The crystal hydrates of magnesium selenate were symthesized. The
compound MgSeO 4* 6H20 was produced by dissolving a stoichiometric amount of
purest magnesium oxide in selenic acids and subsequent crystallization at
room temperature. Its specific gravity is 2.01; MgSeO 4* 6H20 has the fol-
lowing refractive indices- Ng = 1.495,� 0.002, NP = 1.464 � 0.002. The
interplanar spacings (d) and the Telative lines of intensity of the X-ray
pictures of the following compounds are summarized in a table:
MgSeO 4' 6H 20, MgSeO 4' 4H2 0, MgSeO 4*H20, and MgSeO 4' By heating the crystals
of MgSeO 4* 6H 20 in the air bath at temperatures of 40 and 700C, a crystal
hydrate MgSeO 4* 4-5H2 0 is formed. By heating the crystal hydrate
Card 112

~"~;n07
Production of Crystal Hydrates of
Magnesium Selenate
S/0713/60/005/010/027/030/YX
B017/BO67
MgSeO 4' 6H20 in the air bath at 400C,, the tetrahydrate MgSeO 4'4H20 is formpd
within folar days. The mon3hydrate MgSeO4H 20 is formed by boiling
MgSeO 4' 4H2 0 in glacial acetic acid with reflux ir the course of threo
hours. The anhydrous magnestum selonate MgSeO 4 is formed ty thermal treat-
ment of MgSeO 4*H20 at 3500C. The microscopic pictures of the crystal
hydrates MgSeO 4* 6H20 and MgSeO 4* 4H20 are reprodu~:,.;d in a figure. There are
1 figurej 1 table, and 9 references. 1 Sovl.et, 1 US~ 3 French, 3 German,,
and 1 Swedish.
SUBMITTED. July 3, 1959
Card 212

84215
2,0 0 W S/07 60/005/010/010/021
B004YB067
AUTHORS: Selivanova, N. M., Shneyder, V. A.,,Strelitsov, I. S.
Thermal Decomposition of Beryllium Selenat _V
TITLE: e I
PERIODICAL; Zhurnal neorganicheskoy khimii, 1960, Vol. 5, No. 10,
pp. 2272-2279
TEXT: By means of the Kurnakov pyrometer the authors took the heating and
cooling curves of beryllium-selenate tetrahydrate in the temperature range
50 - 8001C (Fig. 1). They compared them with the curves obtained for
anhydrous beryllium selenate (Fig. 2). From these data as well as from the Vx
analyses of the residues on ignition of BeSe04.4H2O (Table 1) and BeSe04
(Table 2), of the loss on ignition of these substances (Table 3), and the
Debye-Scherrer X-ray picture (Table 4), they obtained the following
results: At 750C, BeSe04-4H2O passes over into BeSe04.2H2O. At 1460c,' a
further water loss occurs; and at 2130C, anhydrous BeSe04 is formed. These
processes are accompanied by a partial reduction of Se6+ to Se4+ and a
Card 112

84915,
Thermal Decomposition of Beryllium S/078j 07005/010/010/1021
Selenate B004/BO67
partial volatilization of Se. Decomposition occurs at 46o - 560C. Beo is
formed without melting of the reaction product. As may be seen from Table
5, dehydration of BeSe04.4H20 starts at a temperature lower than that of
BeSO 4-4H20, Table 6 lists the decomposition temperatures of the selenates
and uulfatus of the uorios Be, Mg, Ca, Or, Ba. Fig. 3 shown the following
thermal stability of the selenates: BeSeO 4 < MgSeO4 < CaSeO4 < SrSeO r
< BaSeO , The lower thermal stability of the selenates compared to the
Sulfates4 is explained by their lower heat of formation and lattice energy.
The authors men-uion papers by S~ D. Shargorodskiy and Ya. A. Fialkov
(Ref, 17) and Vikt. I. Spitsyn, and V. I. Shostak (Ref. 22). There are 3
figures, 6 tables, and 30 references; 16 Soviet, 3 US, I British, 4 German,
5 French, and 1 Austrian,
SUBMITTED. July 3~ 1959
Card 2/2

B7C j I ek-s~-n-dr:)v-na YANT')' 9 -Iikhai I
I
prof.; FA?ZTN1K Geman Sergeyevich,
(iols., KISE'LEVA, Yekaterina Vasi-lyevna, dots.; KUDRYASHCV,.
Ii'or TadimirovIch, dots. i VIKHAYLOV, 111adimir VasiilyevUh,
d o t's O'TAI~OSTLNKO, Yeknterina Favlovn,-, dots.; STRELITSOV,
TForl Sprgeyevich; KHACHATURYAN, Oilgn Borisovna,'doti.';
CIORBAGfEV, .1, V, , d1oktor khim, nnuk, prof., zaal. deyatell
n"tAi i teknrilk.i,, re-L.; ALAVE41' 11, Yi'G~ I red. ; VORONINA,
T 01,'111 . r
['!abDratory work in physical chr-mistry] Praktikum po fiziche-
sk,.-)i khtmil. fRyj C.A.Burmistrova JL dr. Moskva, Vysshaia
shkola, 1963. 553 P.- (MIRA 16:10
(Chemistry, Physical and theoretical-Laboratory manual)

RASjUDOVA~ N.S.; TEREIMOVA, L-LU, AL&iiSANJ)hGVA, N.A. j~T~RIIVT6LYV I.S.;
RUBINSHTLIII, b.L.
Synthesis and investigation of the characteristics of nickel titanates
and mixed nickel-titanium pigmenLs- Lakokras.mat. i W prim. no.2:
25-29 163. .. (1-aRA .16:4)
(Titanium) (Nickel) (Figments)

RAJ.';UDOVAI N.6.; STU'LITSOVI I.S.; AIYKSANDROVA, N,A.
Studying the transformation taking place during the syntbesis of
nickel metatitanates. Lakokras. mat. i ikh prim. no-5:27-29 163.
(MM 16:11)

S/07a/63/Oua/003/016/020
B117/BI86
.,OR Leohchinskaya, Z. L., Selivanova, N. M., Stre~t~tsov_j. S.
iLTLE: Heat of formation of barium selenite
i -, E-1 iT C A 1, Zhurnal neorgani.cheskoy khimii, v. 8, no. 3, 1963, 7'63-764
The heat of f6rmation of barium selenite in the reactijn of
sncPum selenile vith barium chloride was measured in a calorimeter at
r'0
1, C for the firot time. The presence of crystalline barium selenite
vvi.,; prove,] by x-ray diffraction 0 analysis. The standard heat calculated
ri-corlin,-, 6o lieus's law was All 2 go = -249-31 kcal/mole. There are 1.
-ire and 1 table.
A.S')nCIATIO~T: Moskovokiy khimiko-tekhnologicheskiy institut im.
D.I. IMendeleyeva (Moscow Institute of Chemical Technology
.Imeni D.I. Miendeleyev)
j F I TT E D : I
All;v 7, 1962

LESHCHINSKAYA, Z.L.; SELIVANOVA, N.M.; MAYYER, A.I.; jTRELITSOV, I.S.;
MUZALEV, Ye.Yu.
Heats of formation of nickel seleniteB and cobalt selenites.
Zhur. VKHO 8 no.5:577-578 163. (MIRA 17-1)
1. Moskovskiy khimiko-tekhnologicheskiy institut imeni
Mendeleyeva.

SELIVANOVA, N.M.; SAMPLAVSKAYA, K.K.; STRELITSOV, I.S.; MAZEPOVA, V.I.
Thermal decomposition of alumiram selenate. Zhur* neorg* khimo
8 no.7:1645-1653 J1 963. (MIRA 16:7)
(Selenates) (Aluminum compounds)
(Thermal analysis)

SELIV. NOVAY N. M.; LFSHCHIESKAYA , Z. L. ; STRUITSOV, I. S.
Heat of formation of cadmium selenite. Zhur. fiz. khim. 37
no. 3:668-670 Mr 163. (MIPA 17:5)
1. Moskovsk-iy ordena Lenina khimiko-tekhnologicheskiy institut
imeni 1-fendelyeyeva.

L 17712-63 EWP(q)/EWT(m)/BDS AFF?cASD Pad RDW/Jl)/JW/WB
i"ACCESSION ?Mz AP3004065 S/0076/63/0 37/007/1563/1567
AUTHCRSs Selivanova, N. M.; Le Mayer, A. ; �trellteov, -I.-IS",
Muzalev, Ye. Yu.
TITLEs Thermodynamic properties of nicke~selenit4dibydrate
Zhurnal fizicheskoy khimii, v- 37, no- 7, 1963, 1563-1567 j
TOPIC TAGSi nickel selenite dihydrate, sodium selenitel nickel nitrate
ABSTRACTj Authors analyied nickel selenite dihydrate which is stable under or-
dinary conditions* In this work, the reaction heat of the interaction of nic"'el
nttrate with sodium selenite was measured in a calorimeter at 25G. After this
ta was obtained, the standard heat of formation of nickel selenite dihydrate
f= the elementary components was calculated. A further thermodynamic processing
Of these findings with the incorporation of V. 0. Chukhlantsev's data (Zhurne
Arj#lit. Khimii, 12, issue 3, 1957, P. 296) with respect to the solubility of
nfckel seleniteimade it possible to compute the change in the atandard isobaric
1V)tential during the formation of nickel aelenite dihydrate from the elementary
0
0m
ponents as well afr the standard entropy of this salt, Orig, art* hass
f igure and I table*
As s N, :moscow chemical engineer4ng institute.
!.Cord--

CHASNIKOV, I.Ya.; ANZON, Z-V.; TAKIBAYEV, Zh.S.; STRELITSOV, I.S.
~ I I
Identification of particles by the photographic emulsion technique.
Zhur. ekep. i teor. fiz. 45 no.2t29-37 Ag 163. NiRA 16:9)
1. Institut yadernoy fiziki AN KazakhBkoy SSR.
(Photography, Particle track)

Lr, I ot J V I
.3: "65-372
~ekh. 7 no,
I A
0-,.r S
V !noti,
kalledra obshche~ n r: ~,n 0.- o Y

MENOV, Leonid Ivar-ovich-, PYLAYEVA,
L.N., red.
(Practice in highway construction in Uzbekistan] Opyt
stroitellstva avtomobillnykh dorog v Uzbekistane.
Tashkent, "Uzbekistan", 1965. 134 p. (VIIIA 18112)

STRV,L'TSOV, K.
On the road to reconstruction. Sell.stroi. 14 no.9:28 S 159.
(MIRA 12:11)
1. Direktor Hyazanskoy shkoly masterov (deayatnikov).
(I?yazan--Building trades--Study and teaching)

S,,'O 58/x 4~/~c 7/-'Bfi pi-S
A001/A101
AUTHORt S-r-r-211-1a-w, K,A,
TITIEt The eff`6~-, kvirca,:c-ust,ca
PERIODICAL: Z-h-:-nal, F--zlka~ no. 7, 19451, 37P~ a'rst:-a!t 7ZI-16EI ("T:-.
19&, nr,. -30, 83 - 90)
TEXT., The a~ithor prot,lems of the cre-3.1sion of the
Doppler basic fs-=i:a fc- .9n aa app.,,Sd -;:, He an6.--y-
zes briefly main err,)r~! &~id ~r2p.2otlce s~=,* m6-2hods ef thqir tak-Ing into acl~o-,La-,
or compensation. Tte :f tho~ meth's -,treiier+d t,:!~ autamatic
~P r,.ZLV4g
navigation (f:~r la outilinil.
[Abstracter's no-,9-4
Card 1/11

ISTRELITSOV, K.A.
New developments in the design of echo sounders. Informsbor.
TSNIDW no.60 Sudovozh.i aviant nool5:3-7 161.
(MIRA 16:2)
(Echo sounding)

AVEIKrYEV, ','ladin~~r Pavlovich; KAUFMI, A.L., retsenzent; LADE,
L.F., retsenzent; MLOV, G.U., ret-cenzent; 11AZAROV,
V.'Yc., nauchn. red.; K.A., nauchn. red.;
-~~"-I~'IAKOVA D."., tehlm. red.
KLI:!I"'A, Ye.l:.., red.izd- a; ~-;" y Ll
Pish location, anr'.~ ell,ctronavigation. equipment on ohips]
"u6ovye -r-I-bojoi:]-'ov-;,,3 i clek-trona-vigatsiomV.0, pribory.
Leningrad, Sudpro-,;.-iz, 1963. 31 r. (VIU, 16:12)
b
(Trawls and trawling-Equipment and supplies)
(Electricity in navi~;ation)

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PFJUODICLLi Khimlch.sxaya pmmy.hi-sts, 1959, Xr 4. PY 85-89 (USSR)
LBSTRLM pro. junw, 9 tollt.. b,,aOch, conf.,- of the -k- 1. the
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following Institu%tomat ~omudarmtvqnnyy kom.tct Soveta
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Card 313

WSEV, Boris Ivanovicbg doktor tekhn.naukq prof.;-,STREL'TSOV9 Konstantin
Nikolayevicb; PECMKIN, A.L., inzh., red.; BRAGINSKILI-K.K.9 -inzb.,
ie-L; MGER, D.P., izd.red.; BEIDGUROVA, L.A.# tekhn.red.
[Manufacture and assembly of parts made of plastics; a survey)
Obrabotka i sborka detalei iz plasticheskikh mass; obzor. Pod
red. A.L.Pechenkina i V.A.Braginskogo. Leningrad, 1960 75 P.
?MIU l4z6)
(Plastics)

STRELITSOV, K.N,
Ways and means of expanding the processing of sheet thermoplastics.
Plast.massy no.5:25-31 16o. (MIRA 13--7)
(Plastics industr7--Equipment and supplies)

5/081/62/000/017/oa6/iO2
B177/B186
'trul Itsov, K. 111.
AUTHC,ii:
TiT L 1 , - ii ---- -- - -- - - --U------- -
" (!.,v jr)n procu!;,i for treating thermopla.,AiC f1heetS
I r 1, w! C(! i, ~ 1. j vnyy -7-hurnal .Fhi-.liya, no: 17, 1962, 542-543,
;1,60'r Ct 17i"A (In co.1lection: i~lantmassy v m,ishinostr. i
priboroutr. Kiyev, Gostekhizdat USjR, 1961 , 520 - 529) i
Ti~X'-': Te :)romote efficient manufacturinC, techniques for the production of.
firlishk!d i1:1!Aic articles, a technology has been devised for manufacturing;
jj.tlv~.riic preosure mouldr., for high-pre3surt, eXtrucion 0/15 atm.) and for
V,
of thcrmopla.~Aic sheets (viniplart, organic glass, a
reinforce~l copoly;-,ier of otyrene (CH dnd polyethylene). Thio makes
it poo:;ible to obt~Jn articles of complicated shape, ldrge-sized components,
an,1 con,,onont,; simulatlint; cut glaa---, with considerable simplification and
che.-tienin_ of the procel. ind wi'n improvement of quality. The author
pre:~~-nts 1,i,- design and a description of the galvanic extrusion moulds, tht!
hi6li-purVoi'mance pneumatic stamping moulds and a doublesided fitment.
Itibstrnclo-1,3 note: Complete translation
'tard 1/1

STREL:TSOV. K.
Large details made of sheet thermoplastics* Na stroi.Rose noe4:
35-36 Ap 161. (KM 14:6)
1. Nachallnik Opy-tno-konstruktorokikh masterskikh upravleniya
khi.micheskoy promyshlennosti Lensovnarkhoza.
(Thermoplastics)

BODaNIN, Boris Nikolayevich; STRELITSOV, Konstantin Nikolayevich;
ROYANOVSKIY,-V,.P., kand; tekhn.n red.,
kand . tekhn. nauk, red.; LEYKRIA, T.L., red.izd-va;
BARDIMp. A.A., tekhn. red.
(Stamping of sheet plastics]Shtampovka listovykh plastmass.
Pod obshchei red. V.P.Romanovskogo. Moskva, Mashgiz, 1962.
76 P. (Bibliotechka shtampovshchika, no.8) (MIRA 15:11)
(Plastics-Molding)

.41TSOV Konstantin Niko-l-ayevich- CHEGODAYEV, D.D., red.;
.5-TIZ -
_ g
TOlit4MMU1 L., red.; FOMKINA, T.A., tekhn. red.
(Pressure and vacuum forming methods of processing thermo-
plastics] Pnevmaticheskaia pererabotka temoplastov. Pod
red. D.D.Chegodaeva. Leningrad, Goskhimizdat, 1963. 174 p.
(MIRA 16:7)
(Plastic--Molding)

STRELITSOV,-K.N.
Mechanized vacuum-forming technology for the manufacture of articles
from sheet thermoplastics. Plast.massy no-4:27-30 163. (~al,,A 16:4)
(Plastics industry-Equipment and supplies) (Plastics-Molding)

ACC NRt Monograph
Losev, j3ori3 Ivanovich; Putintsev, GeorL~iy Vasillyevich; Strelltsov,
4~onstantin J41colayevich
Processing and finishing of .. plastic parts L
(0brabotka i otdelka detaley iz plastmass) LLeningradi '.enizdat,
1966. 2311 Pi Illus., biblio., tables. 10,000 copies printed.
i
'110PIC TAGS: plastic, plastic industry, industrial production
PURPOSE AND COVERAGE: The book describes modern methods for the pro-
cessing and finishing of plastics such as machining, heat treatment,
ultrasonic and high-frequency induction welding, or spraying. it
discusses such problems as: testing methods, assembly of plastic
parts, or quality control of finished products. The book is in-
tended for engineers, technicians, and qualified workers. It can
be used by college and high school students. There are 96 Soviet
references.
TA312 OF CONTENTS (abridged):
Foreword -- 3
Card
VoDC: A10MC

ACC__NRI_k-I00_2b
Ch. 1. 13asic information on resins and plastics -- 5
Ch. 2. Properties of plastics and methods for determining these
properties -- 19
Ch. 3. Processing of plastics -- 62
ca
Ch. 4. Metallization of plastics __ 152
Ch. 5. Sprayin,~ of plastics -- 162
Ch. 6. 'Assembly of plastic parts -- 170
Ch. 7. Quality control of the machininG, assembly and welded joints
of plastic products and structures -- 216 1
Ch. 8. Requirements for the production premises, industrial safety
rules, industrial hygiene, and fire-prevention measures -- 227
Literature and references -- 230
SUB CODE: 1l/ Z;UBM DATE: 25Jan66/ ORIG REF: 095/ OTH REF: 001/
Card 2/2

/T/FeJ?(t)/94P(b) Pi-4 UP(c) Rlxi/JD/GG
L =1::�l
AccissioN NRt AP5=76o J1JMW65/007/0O4/M1/M2
AUTHORt Kireyevi Pe So% Orlovae No No-. Saurin. V. No; Strej..Itsov, L. N.,
TITLEt Mdft of edge or intrinsic absorption under the TT#K~ence of an electrya
field in films of GaAs, CdS
and CdTe
ISOURCE: Fizika tyerdogo tela, V. 7, no. 4, 1965, 1271-1272
TOPIC TAGSt intrinsic absorption, absorption edge, electric field effect,, thin
f1lm. gallium arsenidep cadmium sulfidej, cadmium telluride
ABSTRAM Although the shift of the edge of intrinsic AT M-5tion was investlgatM
in many single crystals before, detailed investigations and comparisons with theory
were made only for a few of the substances. The authors -4M-e to investigate ~fte
effect in films of GaAs, CdS, and CdTe because such films +Ai be produced readily
with high resistances and can be investigated with standard Apparatus u3ing sources:
of relatively low voltage. The films were prepared by sputtering and neas-
urements were made at room temperature. The degree of Tni; N1 of the sexwle was
j
monitored during the measurements to be able to "count for ;he influence of the
tempe-ature on the measurement results. However, since the -;e=ersture Aid
:Card 1/2
1,

iL 51551-65
ACCESSION XRt AP5=76o
12-
not exceed 5Cp the effect of the temperature could be neglected. The shift of the
absorption edge was observed at fields on the order of 5 x 103 V/cm. The results
do not agree with the theory of T. S. Moss (j. Appi. Phys. v. 32, 2136, 1961) and
measurements will be repeated on films and-single crystals using alternating fields:
and a wide range of temperatureag to check on the causes of this discrepancy.
"The authors are deeply grateful to A. P. Landsman for supplying the G&Arand CdTe 1
films." Orig. art. has: 2 figures and 1 formula*
ASSOCIATIONt Moskovskly institut stali i splavw (Moscow Iastitute of Steel mid
Alloys)
SUBMITTED: o9yoY64 ENCLs 00 an colmt Sao OF
IM FdKF SOV 1 002 OTHM 1 007
Card

LL 24 71-66 EWT(1)/E'aT(m )/ETC( f)//E'.VGW/T'f/EP,VP(t
ACC NR: AP0009704 SOURCE CODE:
URIO-181166100810031098010962
AUMOR: Strel'tsov, L. N. ; Kiseleva, N. M. ; Kireyev, P. S. -7
ORG: Moscow Inrtitute'of Steel and Alloys (Moskovskiy institut stali I splavov)
TITLE: Anomalous shift of the intrinsic-absorption edge under the influence of an
electric field in films and amorphous samples of scle-nium
I ela, v. 8
SOURCE: Fizika t rdogo * no- 3., 1966, _c,60-982
TOPIC TAGS: selenium, absorption edge, line shift, electret, surface property
ABSTRACT: This_ts a continuation of earlier investigations (M v. 7, 2713, 1965)
of the intrinsic'yabsorption_edge in GaAs, CdS, and CdTe. The present study is de-
voted to selenium, where instead of the theoretical3y predicted shift of the absorp-
tion edge toward the long-wave side, the shift is toward the shorter wavelength. The
amorphous- selenium samples were prepared in the form of plates 200-AW 1L thick, or
films produced by thermal sputtering in vacuum, ranging in thickness from 1 to 50 p.
The spectra with and without field were obtained with an ISP-51 spectrograph. An in-
candescent lamp was used as a light source. The spectrograms were analyzed with the
aid of a microphotometer (Mr-4). The spectra were taken at room and nitrogen temper-
atures, and the field was 5 kv. To ascertain the cause of the anomalous shift of the
intrinsic absorption edge, x-ray pictures were taken of the sample before aw;d after
the application of the field, to check on the structural changes brought about by the
field. The bypothesis that the shift my be due to the fact that selenimm exhibits
IJP(c) RD'.V/JD/GG
Card

L 24371-66
ACC NR:
an electret state, whose structure becomes ordered when the field is applied, was re-
jected on the.baris of the experimental data, since no ordering was observed. It is
therefore proposed that the anomalous shift is due to the presence of surface states,
althoui~h the manner in which this causes the shift remain wxlear, and calls for ad-
ditional research. Orig. art-has: 1 figure.
SUB CODE: 07 9UBM DAM 06JU165/ ORIG PXAF: 002/ OTH FJW: 003
Card

6. 7~
~')'Ti~EITSOVJ L. V., BkBEOV, S. I.) 511AVOiiOINTOV, N. X. and
"Die Kinetik der 13otopenanreicherung in vielstufigen Kolonnen."
RRport pre~;ented at the e2nd Intl. Conf. on Stable Isotopes.
laot German Academy of Sciences, Inst. of Applied Physical I'Afterial
Leipzig, GD41, 30 Oct - 4 1,71ov 1961

STRELTSOV,L.V.; CH~'NIVIYKH, G.:[.; SHAVOt101INKOV, N.M.; BA6KOV, S.I.;
"Uber die -eitliche Annaher-ung an den stationaren Zustand bei der Trennung sta,)lier Isotope
in Kolonnen." (Berechaungen auf einer elektronischen Recheninaschine)
Third Working Conference on Stable Isotopes, 28-October to 2 November 1963, Leipzig.

4J1 Ir R-)
ACC INR; AP6024433 SOURCE CODE: UR/0362/66/002/007/0'6'70/0771
AUTHOR: Fuks, N. A.; Strelltsov, L. V.
ORG: Physicochemical Institute im. L, Ya. Kar 'iziko-kilin-iicheskiy institut)
TITLE: Xlethodology of investigating large-particle aerosollsettlings in the
surface boundary layer of the atmosphere (P
SOU13 CE: AN SSSR. Izvestiya. Fizika atmosfery i okeana, v. 2, no. 7, 1966,
770-771
TOPIC TAGS: aerosol chemistry, atmosphere, aerosol, aerosol particle
:ABSTRACT: A method of fractionation developed at the.1n.stitute for Applied Geo- :1
,physics (Institut prikladnoy geofiziki) for investigation of the settling of large aerosol!
particles in the surface layer of the atmosphere has been modified and improved by'
the authors in order to make it suitable, without laboratory facilities, for investiga;
tions of toxic chemical particles deposited by spraying and dusting for various pur-,
poses. The main changes in the process were the use of slurry instead of powder,
making it possible to obtain clearly defined fractions, and the use of alcohol solutions
Card 1/2 UDC 551. 508. 91

UU3-66
ACC NR: AP6024433
of dyes for staining and identification of fractions, the drying process, and the
method of counting the particles. Presented in the original article are histograms
showing the distribution of fractions according to particle size (ranging from
19. 3-233 M mm) and a diagram indicating the density of individual particles of
various magnitude as they settle after being sprayed at an altitude of 2 m froma
duster moving perpendicular to the direction of a wind with a velocity of 1. 6 M.
Orig. art. has: 2 figures. [KPI*-
SUB CODE: 04/ SUBM DATE: 17Feb66/ ORIG REF: 002/ OTH REF: 000
C rd 2 2 Qt,

KIRKHOGLAIII, V.D. , arIchitektor; STRBL'TSOV, M.B., Irish.
Standard apartment houses of few ntaries. B iul. tekh. Inform. 4 no.10:
17-19 0 15,9- (14M. 11:11)
(Leningrad--Apartment houses)

STRELIVSOV, M.K., kand. tekhn. nauk
Investigating transient processes and calculating basic
parameters of controlled crosscut boring machines for
steep seams. Ugol' 39 no.7:31-35 J1 164.
(VJRA 17:10)
1. Donetskiy nauchno-issledovatellskiy ugollnvy institut.

.-- / /~? . .1
/0 / --,(, /, lj";.I) I ,
GUSEV, S.O.; CHEKMAREV. N.F.i_STRIL S~V.. M.M.
- .
Publicizing experience in operating trains using mechanical re-
frigeration and proposals for improving their use. Yest.TSNII MPS
15 no.2t6l S 156. (MLRA 9:12)
(Refrigerator cars)

VIADIKIRSUTO y-,V.; KOWO U,O*j HIM, A.L - GOLIDIMP L -'J.;
MONOSZONI N.A.; RUMISAilp S.M.; imov, U.K.; VASILITEV, A.A.;
VODOFITANOVP F.A.; 118MIAM, D.r,.; KUUSKEV, V.S.; MALYSHEV, I.F.;
STOIDV, AX; -,N.S.,; YAKOMVY B.M.
The 7 bev. proton sy"eftlat*n. Pribe i tekh eksp. 7 no.4:5-9
Ji-Ag 162. iMMA 16:4)
1. Inatitut teoretieftaka7 i ek"rimntalinoy fiziki Gosu-
daretvennogo-konitsto po lopollsovaniyu atomnoy energii SSSRj
lauchno-issIsdovatellskiy institut alaktrofizicheskoy apparatury
Uiwudaratvennogb kowiteta po, ispollidvaniyu atomnoy energii
SSSR i Pladiotskbaiebeskiy InBtitut Gosudarstvennogo komiteta
po, ispollsovanlyu atomnoy energii SSSR.
(Synchrotron)

STRELITSOV X.S.; FEDOTOV, G.M.; ROVIDESTUNSKU, D.Y.; GUSTOT G.R.;
GAMULINA, V Ye,; IfIFONTOV,, Yu.L.; INDIUKOV, N.N,; BEZOACHEY,
Te.Ae; KMW, V.S.
Design of the electrawgnet of the 7 bev, proton synchrotron.
Frib. i tekh. eksp. 7 no-4-'15-19 Jl-Ag 162. (MIRA 1624)
1. Nauchno-iseledovatel'skiy institut elektrofizicheskoy apparatur3r
Gosudarstvennogo koiniteta po ispollsoveniyu atomnoy energii SSSR
i Institut tooreticheskoy i eksperimentallnoy fiziki Gosudarst-
vannogo komite-ta po iopollzovaniy-a atomnoy energil SSSR.
(Electromagnets) (Synchrotron)

L
~Sp)
..4
ACCESSION NR: AP4047415 S/0089/64/017/004/0287/0294
AUTHORS: Gashev,_.M_._'A.j Gustov, G. K.; D_yac~enko~,_ A.-K.; Komar,
Ye. G., Malv*shev, I.-F. Mq oszon, N. A.; PopXgyjCh&_AA_Y4_.
Ratnikov, B. K.; Ro.zh_destv.enskiyL B. Y.; Rumy_~~ntsev,_N. N.; Saksa-
ganskiv, G. L.i Spq~V~ova, F._A.; Stoj9y,__A__kj,; RI-EPI
Yavno, A.
TITLE% Main technical characteristics of the "Tokamak-3" experi-
mental thermonuclear installation
SOURCE: Atomnaya energiya, v. 17, no. 4, 1964, 287-294
TOPIC TAGS: thermonuclear.pinch, thermonuclear fusion, plasma re-
search, plasma pinch/ Tokomak-3
'ABSTRACTt The "Tokamak-3" is intended for the investigation of a
,toroidal quasi-stationary diabharge in the strong longitudinal mag-
netic field. The toroidal discharge is produced in the vacuum cham-
!.~ard. 1/3

ACCESSION NR: AP4047415
ber by a vortical electric field, and acts as an equivalent secondary
turn of a pulse transformer. The produced _RLasmal'pinch is stabilized
with a longitudinal magnetic field of a toroidal solenoid, inside
which the vacuum chamber is located. The magnetic core of the pulse
transformer carries the primary vortical-field winding, the demag-
netization winding, and the winding for induction heating. The set-
up is fed from special power systems. The electromagnetic system,
the power supply, and the vacuum system are described in some detail.
The longitudinal field intensity reaches 40 kG. The vortical field
values are 250 and 50 V per turn with pulse durations 10 and 50 mil-
liseconds, and with programming of the waveform such as to maintain
a constant current in the plasma pinch. The power supply delivers a
peak power of 77,000 W, maximum 7000 A, no-load voltage 11 W, and
stored energy 180 million Joules. The vortical field is fed from
four capacitor banks rated 1000 pY at 20 kV, 11,000 pY at 10 kV,
78,000 jiF'at 5 kV, and 30,000 pY at 5 M The capacitor-bank para-
meters can ')e varied over a widerange. The vacuum in the liner.does
Card 2/3

1. -3221
ACCESSi6IN NR, AP4047415
not exceed 1-2 x 10- 7mm Hg during the interval between gas admis-
sion, with the pressure in the outside chamber being 1_2 x 10-6
imi Hg. Orig. art. hass 8 figures.
ASSOCIATIONs None
SUBMITTEDt 23Nov63 ENCL: 00
:SUB CODE: NP /ME NR REF 6OVt 000 OTHERs 0003
Card 3/3

STRELITSCIV, I.I.V.
Ibnorail track for conveying com essed naphtaj*e. Sbor.rats.
predIV proizve no.5:467TIolisr. (MIRA 14:8)
1. 14agnitogorskiy metaUurgicheakiy kombinat.
(Conveying machinery)

XATSENEUNBOGIN, B.D.; IOFIS, Ye.A.; STRICLIT~-O-VI-M---V--,* SHAMRINSKIY, A.I.;
GXCDAKOV, A.I.; ZHIRDETSKAYA,-Irl., aaktor; PANKRATOVA' M.A.,
takhnichaskiy radaktor
[Imborstory processing of photographic materials] I&boratornaia
obrabotka fotomaterialov. Pod red. E.A.Iofisa. Koskya. Go*.
izd-vo "Iskusetvo.0 1956. 200 p. (Bibliotaka fotollubitelia. no.3)
[Microfilm] OCMA 10: 1)
(Photography)

t,,,r e ry cariera. c; to
er"L.-

I I I
IIPM
lbr-~;OV ~:
Adjusting tne objectives in tne -::orkli" tyne of epmers. -, ov
i*ote) ? **g 157. ( M.3 A ^-~ ~ :~ )
(cameras-Mquinment nad su-mties)

KATSAHE=f13OGBH, E.D.; IOFIS, Ye.A., kand.tekhn.nouk; STRHLITSOV. K.V.;
SEAKRINSKIY, A.I.; G.30DAKOV, A.I.; ZH3RDRTSKAYA, N.N., red.;
SIDOROVA, A.A., tel-hn.red.
[Laboratory processing of photographic materials] Laboratornaia
obrabotka fotomaterinlov. Izd.2., ispr. i dop. Pod red. E.A.
Iofisa. Moskva, Gos.izd-vo "Islaisstvo,' 1959. 206 p. (Biblio-
teka fotolitibitelia, no-3) (MIRA 13:1)
(Photogrn-phy--Developing and developers)
(Photography--Printing processes)

STRELITSOV, N.
The exchange of progressive experience is a very important
problem. Muk,-eleV. prom. 27 no.9:8 S 161. (MIRA 15:2)
1. Nachallnik planovogo otdela Krasnodarskogo nellkombinata.
(Krasnodar-Grain milling)

STRUITSOV,, N.
Increase in labor productility and decreaae in the cost of
production and distribution in the Krasnodar Milling Combine.
Muk.-elev. prom. 28 no.1:3-4 Ja 162. (NMA 16:7)
1. Krasnodarskiy mellnichnyy kombinat.
(Krasnodar Terri tory-Floar mills)

.le are i _-epar- ng the grain receiving equipment -or the int&.e ol cozM.
Muk.-elev. prom. 28 no.6.-28-29 Je 162. (Ifix, j.rZl)
I. flachallnAk planovogo otdela Krasnoda--skogo mellnichnogo kombinata.
kcorn (maize)) (Grain elevators)

STRELITSOV., N. _
Reducing the loss of corn seed at the Krasnodar Milling Combine.
Muk.-elev.prom. 29 no.1:24-25 Ja 163. (MIRA 16:4)
1. Nachallnik planovogo otdela Krasnodarskogo mellnichnogo
kombinata,
(Krasnodar--Grain handling)

STRELITSOV, N.
Useful seminar for economists. Muk.-elev. prom. 29 no.8:32
Ag 163. (MIRA 17:1)
1. Nachallnik planovogo otdela Krasnodarskogo mellnichnogo
kombinata.

STREL'TSOV, N.; NARTYMOV, A.
Traffic organization and safety. Avt. transp. 42 no.8:
46-47 Ag 64. (MIRA 17:10)

~ T-11
Z11E7jEZNYAKOVA, M.A.; KLTUTKVA, Ta.P.; STRELITSOV, N.K., redaktor;
AKATOU, V.O., redaktor; KONTAS111NA-,'TWfMdbW�kiy redaktor
[Construction and operation of gas equipment In public enter-
prises] Untroistvo I ekspluatataiia gazovogo khoziaistva
komzminal'nykh prodrpilatli. Moskva. Idz-vo Ministerstya ko*-
,aunallnogo khoziaintva RSFSH, 1955. 2113 p. (4TARA 3:10)
(Gas distribution)

STRILITSOV. N.M., inzhener; SALTNIN, Ye.A., inzhener.
~1111.~'*~'~~-Ijr--1;11 411111-
Efficent air testing of welded joints of insulated gas pipes. Gor.
khoz. Moak. 29 no.12:28-29 D 155. (XLHA 9:3)
(Gas pipes)

STRILITSOV, N., inzhener.
,
Insure the safe use of gas water heaters. Zhil.-kon.khoz. 6 no-3:
I
I I. 23-24 '56. (water heaters) (NLRA 9:8)

1-10) PHASE I BOOK EXPLOITATION Suv
Nauchno-teknicheskoye obehchest"vo energeticheskoy promyshlennosti Moskovskoye
pravleniye
Ispollzovaniye gaza v promyshlennykh pechakh i koteltnykh ustanovkakh g.
Moskvy i Moskovskoy oblasti; materialy Moskovskogo nauchno-tekhnicheskogo
soveshchaniya (Utilization of Gas in Industrial Furnaces and Boiler Units
in Moscow and Moscow Oblast'; Materials of the Moscow Scientific and
Technical Conference) Moscow, Gostoptekhizdat, 1959. 227 p. Errata slip
inserted. 5,000 copies printed.
Ed.: D. B. Ginzburg, Doctor of Technical Sciences; Exec. Ed.: N. I.
Stepanchenko; Tech. Ed.: A. S. Polosina.
PVR1?OSE: This collection of articles is intended for specialists engaged in
designing and operating gas units of industrial enterprises and electric
power plants.
COVERAGE: The change-over in some industrial enterprises from solid and liquid
fuel to natural gas is discussed and further possibilities existing along
this line are examined. Advantages of using natura gas as a source of energy
are outlined. Different gas burner systems, devices for automatic control .
C' the combustion process, structural features of furnaces operating on natvxal
Card 1A

Utilization of Gas in Industrial Furnaces (Cont.) SOV/2254
gas, gas-supply systems and the introduction of safety measures in the
construction and operation of gas units are described. The book contains
many diagrsms of gas-supply systems and equipment. No personalities are
mentioned. One article is followed by references.
TABLE OF CONTENTS:
Preface
3
Kolotyrkin, 1. M. Present State and Prospects for Supplying Moscow Industrial
Enterprises and Electric Power Stations With Gas 5
Bokserman, Yu. I. Developmeat of the Soviet Gas Industry During the 1959-
1965 Period and the Supplying of Moscow With Gas 19
Strelltsoy N. A. I. BelOUBOV, N. M. Reznov, and A. Z. Rokhvarger.
Network for Supplying Gas to Industrial Enterprises 28
Stoyunin, G. P. Gas Burners for Boilers and Industrial Furnaces Which Can
Use Moscow Town Gas 51
Vigdorchik, D. Ya. Automatic Regulation of Gas Combustion 69
C Card 2/4

Utilization of Gas in Industrial Furnaces (Cont.) SOV/2254
Furman, I. Ya. Problems of the Economic Practicability of Utilizing Gas
in Industry 204
Dolotov., G. P., and Ye. A. Kondakov. Safe Utilization of Natural Gas in
the Machinery-manufacturing Plants 2_%
AVAILABLE: Library of Congress
TM/mg
Card 4/4 10-5-59

STRELITSOV. N.N., inzh.
Uning mothods applied In Moscow in protocting, underground gas
pipos by bituminoun coating. Gor.khoz.Mnalr. 33 no.10,25-27
0 159. (MIRA 13:2)
1. "Hospromgaz."
(Hoacow--Gas pipes--Corrosion and anticrossives)
(Protective coatings)

MMUWYAKOVA, M.A.; KLYUY.&VA, Ya.P.; -STIUM I - NA , red. ; PANCMIKO.
M.F,, red.izd-va; RAZAROVA, A.,., tekhn.red.
(Operation of gas systens of com-mnal enterprises] Sksplu-
atateiia gazovogo khoziaistva koru=allnykh predpriiatii. I2d.2.
Moskva, Izd-vo H-va kommun.khoz.10PSR, 1960. 219 p.
(MM 13:12)
(Gas distribution) (Gas appliances)

F- L
TLLDIMLRSKIT, V.V.; KOK&R, Te.G.; KINTS, A.L.; OOLIDIN, L.L.; XOSERAW,
D.G.; NOROOZOW, N.A.; NIKITIN. S.Ta.; RUBCHINSXIY. S.M.; SILCEE-
KOV, S. T - -, 1 11 " I TSOV. 1. S. ; UUSOT, Ye. K.
Basic characteristics of the projected 30-60 Bev proton accelers'-
tor with alternating-gradient focusing. Atom.snerg. jio.4:31-33
136. (X= 9:12)
(Particle accelerators) (]Protons)

STRELTSOV) N. S. f KOMAR, E. G. , MOTSIZOTN' -1,11. A. , FEDOTOV9 G. M.
"Some Structural Features of the 10 GeV Synchrotron Electromagnet,"
paper presented at CERN Symposium, 1956, appearing in Nuclear Instruments,
No. 1, pp. 21-30, 1957

ARKRANGELPSKIY, F.K.; GASHEV, M.A.; KOMAR, Ye.G.; MALYSHEV, I.F.;
MONOSZON, N.A.; STOLOV, A.M.; STRILITSOV, N.S.
Electric enrineering and design problems in constructing large
cyclic accelerators. Elektrichestvo no.11:25-34 N '57.
(MIRA 10:10)
(Cyclotron)

6-TREI 7 'S-Ov N,
T --j,
VLUIMIRSKIJ, V.V.; KG%IR, Je.G.; MINC, A.L.; GOLIDIN, L.L.; KOSKAREV, D.C.;
MOMSZONJ, N.A.; IIIKITIN, S.Ja.; RUBCITSKIJ, S.M.; SKACKOV, S.V.;
!T TIISOV, :e.K.; IEDONOS, S. , inz. (translator]
~~L
Main characteristics of the planned proton accelerator for 50-60
BeV energy with sharp focusing. Jaderna energie 3 no.2:56-57 F 157.

21(9)
AJTdORS,
TITLE,
PERIODIC&L, :%gmnaya enorgija. 1959, Val 7. Nr 2. pp 148 150 51)
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3
S/12o/62/000/004/001/047
E039/E420
AUTHORS: Monoszon, N.A., '~tKgl-Lt-sov, N.S., Ostrovskiy, N.A.
TITLL: The basic electromagnetic parameters of the 7 Gev
proton synchrotron
a '7
PERIODICAL: Pribory i tekhnika eksperiment no.4, 1962, 10-15
'1"1,"XT: The basic parameters of the electromagnet system are
given in detail, e.g. number of C-magnets 98; number of
quadrupolelenses 14; azimuthal length of each block 1910 mm;
maximum Ntrength of magnetic field 8475 Oe; radius of curvature
of equilibrium orbit in C-blocks 31 m aperture of chamber
110 x 80 mmo; rise time of the magnetic field .1-55 sed;
number of working cycles per minute 10 to 12. The tolerances in
the geometrical dimensions necessary to produce a field of thQ
required accuracy are considered, together with the
characteristics of the steel used. Special coils are provided
to compensate for perturbations produced by residual magnetism at
the beg.inning and end of the working cycle, and for the effect of
eddy currents in the steel. A decrease in magnetic permeability
of the magnetic system can also be allowed for. Cross-
Card 1/2

S/120/62/000/004/001/047
The basic electromagnetic ... E039/E420
sectional diagrams are given of the C-blocks showing the interpola~
space. The upper and lower poles have a hyperbolic contour.
Coordinates of the boundary of the hyperbolic and neutral poles
were calculated and verified by using a model electromagnet.
The configuration of and the fields produced by the quadrupole
lenses is also discussed. A description of the layout of the
main magnetic field exciting coils is given followed by additional
data on the magnet system, e.g. maximum excitation current 2500 A;
excitation current at 7 Gev 2200 A; time constant of excitation
coils 1.7 see; weight copper 120 tons; weight steel 2500 tons;
voltage on coils at the beginning of the cycle 5000 V;
peak power 25000 KW. The method of regulating the field is also
described. There are 10 figures and 2 tables.
ASSOCIATION: Nauchno-issledovatoilskiy inatitut alaktrofizicheakoy
apparaturyy GKAE (Scientific Research Institute for
Electrophysical Apparatus GKAE)
SUBMITTED: April 6, 1962
Card 2/2

L-0737
S/12o/62/00o/oo4/002/047
E032/E514
Fedotov, G.M. , Rozhdastvenskiy,B.V.
AUTHORS:
GU-9f6v, G.K., Gamulina, V.Ye., Nifontov, Yu.L.,
Indyukov, N.N., Bezgachev, Ye.A. and Kuryshev, V.S.
TITLE: The construction of the electromagnet for the 7 GeV
proton synchrotron
PERIODICAL: Pribory i tekhnika eksperimenta, no.4, 1962, 15-19
TEXT: A description is given (including sectional drawings)
of tne eLectromagnet. The electromagnet incorporates four types
of magnetic sections, namely: 1) bending sections for radial
focusing (total number 42), 2) bending sections.for radial
defocusing (total number 53), 3) bending -sections for radial
defocusing, located at points of beam extraction (total number 3),
and 4) quadrupole lenses with -zero field on the orbit (total
number Ili). The magnetic circuits of all the sections are
assembled from insulated steel sheets (the chemical composition of
the ste.el is similar to :),"- (F,2) steel). The hyperbolic pole faces
were made on a special milling machine and have a curvature of
2780 cm in the horizontal plane. The system used to retain the
Card 1/3

S/loo/62/000/oo4/002/07
The construction of the E032/E5i4
of tile
at the deformation
Is such th ays and +0 .0 3 mm
- le'-ts ill 1, osition after two d' -5 Of tile
steel ,I ic face was -~-(0.1-0 15)mm neutral pole face clectro-
Ily 1) e r 1) () 1. T~e design Or the eformation and the
after two muntils *as such that their -d inain '"rinding
t,la,r1letS W mr1l. The
bending did not exceed 0.05 arranged in ten
dynamic stresses rns connected in series and r copper piping
consist -9 Of 1j8 tu made of rectangula "Krasnyy
sections. The jAnding the Leningrad factory re three
,Iarlufactured by tile main winding, there tic field.
which '..' Ill addition to 0 correct the magne
Vyborziletslt' Is which are used t . sufficient to
conipensa tills coi used and tile insulation is il are used to
Water cooling 15 extra cting magnets, Cconsist 0 f a main
%q i t il 5 t 11 rld 2 kV ,Th e experimental areal Is (8 turns
tile beam into the two compensating C01 arry an
extract -opper piping) and le lenses C
coil (8 tvirns;.c n,11Y, the quadrupo ; both in
)er piping). Fi turn auxiliary windings ning
each; Copt ding and an 18 litate the POsit'o
18 turn illain win . in order to faci ied special Illarkers
oer piPing them carr nts
tile form of cop , each of the appropriate Poi
of all the electromagnets sition to
wilLch were used to relate their PO
card 2/3
The constriiction of the ... S/120/62/000/004/002/047
E032/E514
on the basic geodesic grid. Special mechanisms were used to
adjust tne magnets. They can be adjusted by +2 cm in the
vertical plane to an accuracy of 0.001 cm arid by +8-5 cm in the
radial direction to an accuracy of 0.002 cm. The former adjustment
is snade i-.-iTh the aid of special wedges and the latter by a screw-
driven mechanism. The azimuthal adjustment.is made by simple
wedge devices and can be achieved to an accuracy of +0.05 cm.
There are 6 figures.
ASSOCIATIONS: Nauchno-issledovatellskiy institut elektro-
fizicheskoy apparatury GKAE
(Scientific Research Institute of Electrophysical
Apparatus GKAE) and
Institut teoreticheskoy i eksperimentallnoy fiziki
GKAE (Institute of Theoretical and Experimental
Physics GKAE)
SUJIMITT,CD: April 6, 1962
Card 3/3

I Q 19 /01 2/C'0'5/CO3/01 9
~i"; '11:v1 i,;i r~-- i;~ V. V. Fozmr, Yv. G. Vin E,~ A. L.
Ioi I, ch In k I y , S. 14.
r;t!i()'/ te . K. , Van I I y9v A., Voul PpI yano7 , F.
i'onlll. i-ov , 3. G. Yu ryah,~y V. S. I - F. Stolov
St 1,01 , tsov , N . 3. yakovlev 1). !2
Ln: 'Zlit, 1-9iLll of the 7-1-3-v
proton synchrotron
!~AIODIG;,L: Atomna~ia cnerCiya, v. 12, no. 6j 1962, 47;~-474
Th" hiatory of the first Soviet cjclic accelerator with 7-if;i,i
fc-ioinw- is d~acribed, and the moat importani data on ita planning
anl uieration ar-,- pres-ontvd. 'Planning was started in 1953. Thr, rarameters
of i:roton fircelerator, the enerGy of which exceeds the antinucleon
prviluction thre:ihoid, were so chosen that the dependence of the oribital
circumfurenc,- Qn the particle momenta was conpletely compeniated. This was
uchi~yt~o by emplaying 14 quadrupole maeneto with orbits of nej;ative
curvature . Technical data: output current, 1010 protons/puloel maximun
field strongth, 6475 00; length of equilibrium orbit, 251.2 ml radius of
Card 1/2

'~'hu of th- 7-D,~- . . . BI- '/PIC-4
of t~.L trii,,ntori-ju in tho b,sniin~,: -i-Ir-,nr-tn (~;), 51 m, ari-I ir, the
(X), cij numbor of maCiwtie ouctvr3, 'JUG ~ I.I.X; !-np
--tw-'n th., C-mA~neta, 30.1.0 rri; jap lerq~th ar,;urid the
in.,'-x of th-~ Iecr~aue ir, f:Leld stromth, .:tC; internal h~iirht
w:dIh ,It,, chamb-r, b0 and 110 mm, roap-~ctiv-Alyl numbs:.- of betatron
1--l-ti-i, 1,'-75, u-I per Perio-lic el-nelit, 0-~l
total critic I et
per -~riwllr eler.-!ntt 8; it wl~'; 19.2 Bev;
txi-,,im i~ v iL4 c,% of th- -p---riodic orbit ith IC-C-,; I-i-ttion of the
lo, olill i rat,~ of t:n~~r&y increiiot-
1 .47 in;
I
k'.-VI Iluratirm of on., (%yrle, 1.~)5 nee, 1k)-l' cyel.~IIIMJII
0.11
;it thi. -!TI'! , I . 19 ::c~(sec; frequonvy of aynchrocyclotron oncillationa,
"'Wo a.A 1,i) riliq aoit~ht of tho olectromaj;ntit oteel, 2500 tonal maximim
w-~.r off tho rii~ily nystem, 25 1111w; Van de Graaff injector (particle anere;y,
-v; ficid s -
6 ::e strcnj~th 90 oe)I admiw3ible deviations from field atreneth
Ln,i field ~twiientn , - IG-31 deviations at the chn nber edge due to
10-1 ndmissible frequ-mcy deviation of the accelaratin;
f~olu at the ii-~~inainj; of the cycle, 10-51 and at the end, 5,lo-5. There
.r, I ii~;ure ar,,; I table.
1'1 -, i~D 12, 1962
Curd 212

S/076/63/037/003/013/020
MI/B215
AUTHORS: Selivanova, N. M., Leshchinskaya, Z. L., Strelftsov, K. S.
,TITLE: Formation heat of cadmium selenite
PERIODICAL: Zhurnal fizicheskoy khimii, v. 37, no. 5, 1963, 016a-670
TEXT: The standard heat of formation of CdSeO 3was determined
calorimetrically by causing CdCl 2 to react with Na 2 SeO 3* Radiographically
amorPhous CdSeO was obtained and 6H = -137-04 kcal/mole was found on
3 298
the bbsis of data obtained by F. Rossini et al. (Selected values of
chemical thermodynamic properties, Washington, 1952). The integral heat
of solution of crystalline Na 2SeO3 is -7--05 kcal/mole for a concentration
of 1 ; 400. There are I figure and 2 tables.
ASSOCIATION: Uioskovskiy ordena Lenina khimiko-tekhnologicheskiy institut':
t
imeni D. I. Mendeleyeva (Moscow "Order'of Lenin" Institute
of Chemical Technology imeni D. I. Mendeleyev)

L 43C33-65 vea(m)l EPA(w)-21a..'~(m):: a~7~6 -7 Ijp(c) JT/GS
1ACCESSICN' NR: ATSC07910 S/0000/64/000/000/019710201
I ' -I,
V.; Golldin,_L. b.; Tarasqv,_Te,_
K Kulikov V.; W hev, 1. F.
A.; Popkovich,-A.. V.;. Stolov, A. H.; Strcl.1tsov,_X-L..P.; Titov,j, A,
_A_A.; Kuzlmin. chfnakly.
Rub
Uvarov, V. A.; Zhadanov, V. M., ilaratov, S. G. ShtryAyAy,
ITITLE. 60-70 Gov Proton'Synchrotron
SOURCE: International Confcrenco on Hig~_Encrgy.Accelerators. Dubna, 1963. Trudy.
BOGCOW, A-t-oirn ii diC,71 9 64-1- 19 7 - 2 0 1
JOPIC TAGS: high energy accelerator, synchrotron
!ABSTRACT.: A 60-70 Gev proton synchrotron with strong focusing is being constructed
,not far from Serpukhov, as has been reported earlier (e.&. "Research Institute for
.Electro-Physical Equipment, Leningrad," in Proceedings of the International Confer-
;ence on High Energy Accelerators and Instx-,r.--ntation (CERN, 1959), p. 373). The .
;present report doGcribes parameter changes and iuprovementa in precision structural
:characteristics of the accelerator, and the prosent state of ccmstruction in sLid--
11963. The parameters of the magnet are presented in a table. A small change in
Ithe original plans permitted an increase in the length of a part of the free
iCard 1/4

L 430,18-65
ACCESSION NRt AT5007918
~sections, so-mn of Wilch are utilized for Input and exit of beam. The super-parlod
is &!.icribed. The lengthened sections were obtained as a consequence of
chort-_,nfn,, the focusing and defocuaing blocks by 112 cm. The focusing properties
;of the mo,-,n,~Aic cliannel were diminished consequently, but very little; and the
ilimiting cnQrgy was lowered by 2-3 Gov. The construction of the magnet is described
lEach of the marnetic blocks is divided lengthwise into 5 sub-blocks which are
env,~loped by the co:;r.,_m winding. These sub-blocks consist of laminar two-millimetat
silicon steel, Thene steel sheets were stamped out without subsequent mechanical
1working, and upre subjected to sorting and Intermixing in order to smooth out their
rarnctic ch,.-iractaris tics. The sub-blocks are constricted by lateral welded plates
1without adhesion. Provision was rade for windings an the poles in order to correct
for polo nonlinearity and for variations In the drop reading. These windings make
lit po.-sible to introduce artificial quadratic (square) nonlinearity that change@
.the dependence of the frequoncy of transverse oscillations during a pulse. In
iorder to correct for straying of the residual field, provision has been made for
!windings on the yoke in series with the main winding. The sub-blocks must unde.rgo
Icalibration on a magnet stand in order to make correcting systems more precise and
I to doter-.aino the most convenient disposition of the sub-blocks along the ring. The
1winding of the electromagnet is made of aluminum busbars with hollow ooros*for
ioooling water. The langth'of the busbar is so "looted that there would be no
Card 214

L 430di3-65
ACCESSION' UR: AT5007918
.welded joints inside the coils. The winding consists of 4 sections, two of which
i -irposed on the upper pole and two on the lower. The most i=por-tant character-
ave d
j
iistics of the electromagnet and power supply system are described in a table. Also
idescriLed are the vacuum chamber and accelerating field (obtained by 53 paired
incson~itors with ferrite rings, which operate at the 30-th harmonic of revolution
Iand:Uive accelerating potential of 350 kilovolts). The ring tunnel and the generaL
I
of the accelerator, are rhown in figures and described. The building
for the injector and portim of the ring tunnel from the injector to the exp*rL-
lm,ntal room have b-~en completed in the main and are ready for installation of
equipro2nt. This room, in the form of a single-aisle building without Internal
supports, permits one to work on beam brought Into the InAer and outer sides. A
go-meter arch covers tiiis room, whose overall length is 150 motors. Provisions'
have been made for a second experimental room at the southwest part of the ring.
Orig. has 4 figures, 2 tables.
ASSOCIATION: Institute teoratichoskoy I eksperimentallnoy fir.Lki GXAE SSSR
(Ina~ituta of Theoretical and Ex lnoLt Phypics CM SSSR), (2) Muchno-
n2r _ k_g ._ _ -
isslodovatellakiy institut.clektmfizichaskoy.apparatury imeni D. V. Yefremov
G