SCIENTIFIC ABSTRACT BOYTSOV, V. V. - BOZADZHIYEVA, Y.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000206710007-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

BOYTSOVV* V.V,
-
Role of standardization in the improvement Of DroductJnr quality
and development of the national econorV. Stan~artiutsiia 28
no.10g6-16 0 164. (~CRA 17;12)
1, Predsedatell Gosudarstvennogo kor?-teta standart-ov, Mer i
izmeritellnekh priborov SSSR.

L 30308-66 ElIT(d)AWP(v)/T t-ill?(k)/EI'IP(h)/e'elP(I)/F=TC(m) 747
ACC NR2 AP%25452 SOURCE CODEt UR/0028/65/000/006/0001/0004
AUTHOR:
_,,_V~Chairman)
ORGIS.- State Gorkitted- of - Standardst !!taiures and-Measurin ApIwatus of the SSSR
(Gomdarstvennyy koiRU standartov, max. i qj
izmaritellnykh priborov SSSR)
TITLE.- Assembly and staridardization inmachinery construction
ISOURGE1 Standardizatsiya., no. 6, 1965$.~ 1-4
[TOPIC'TAGS% machinery construction, automation, machine industry/,K 52 or
DEK 51crane
IABSTRACT: The need for improved standardization of basic subcomponents to make
them interchangeable in machines of different function is discussed qualitatively*
Standardization of subcomponents permits building-block type of synthesis of
tomated.assembly-lines for different purposess permits easy changing of asvembly~
-lines,, and results in savings of design~and labor. Although standardization is
considered beneficial in any branch of lndustryj,,the present article particularly
encouragea atandardization.in machi=7 and assentV 3-ine design'and in the

:1-10TSOV, V.1%
Ex-oartsi cin of Ln tc rn a!, i oria I rl tandh-,-d a' z~ze ',,-i I-,.- ~ . :2 !.-- .dai- 4 , --, L ' .- ~- -- F,
29 .110-4:25-30 A," 165. 1 L-I".,
I -'; 4.11
2. Pred8edatell 211.1~! mer 1
izmer-itellnyld-i priborov SS.,1R.

P'O.-ITS011, V.V.
Standards and quality. Stentartizatsiia 29 no.11:1-3 14 t65
(1-1 IRA 19 -. 1)
1. Predsedatelf Gosudarstvemiogo komiteta standartov, mer i
izmeritelinykh priborov SSSR.

-L-31229-66
SOURCE COM.-M-AW97667=7
R1 AP6022833
AUTHOR: B,
LOP V
ORG: none
TITIZ: Pitchblencle and selenides of lWdrabhermal uranium deposits
SOURCE: Atomnaya energiya, v. 20, no. 1, :1966, 46-50
TOPIC TAGS: pitchblende, solenido, uranium, mineraloM gooohomistr7
ABSTRACT: The association of pitchblende and selenides was chown, the sequence for
the formation of the minerals was established, and the basic paragenesis of the asso-
ciation was determined. The interchange of the mineral conpasition of the parageneQ
association made it possible to draw some conclusions on the geochemical donditions
for the formation of the uranium series and the aelenidese Orig, art* has: 8 figaret,
flZA7
SUB CODE: 08, 11, Sum DATE 13mar65 ORIG REF: 003 OTH REF: 002
UDCi 353.495_
77'

BCJj'1SCX,'i"B. I.
Bot, K. A. Vp3-t novatorov-parketobikov P. K. I'ochilkinn i E, I. Doltsov fExperience of
innovator parqwt-worlke:-~- ~. K. Tochilkin and E, 1. Bol a2v
J. Lenitirrad. 1-953. 32 P.
SO: MonthIg List of Ruaajan-AccpssjonZ,_V larch 1954.
21. 6 No. 12 M

BOYTSOV, Ye.N.; FINKELISHTEYN, A.I.; FETUKHOV, V.A.
Dependence of vacutm ultraviolet spectra of a-triazine
derivatives on their molecular structure. Opt.i spektr. 13
no.2:274-276 Ag 162 (MBU 15111)
(Triazine-Spectra)

BOYTSOV., Ye.N.; FINKELISHUM.. A.I.
--r=- I
Production of mono- and diamides of
32 no.11321-322 Ja 162.
(Cyamolurio
cyameluric acid. Zhur. ob. Ichim.
(MRA 1512)
acid)

BOYTSOVP Ye,N.; FINKEWSHTEYN, A*I#
,Spectrophotometric method for the analysis ol';pelaxine and the
.products of its hydrolysies ammeline, ammelide, and eyanurie
acid. Zhur.anal.khim. 17 no.6s748-750 S 162, (mmk 16a)
1. Gosudarstvennyy-nauatmo--i-naledovatellskiy i proyektnyy
institut azotnoy-- . .017 o ti :L produktov organicheskogo
silrteza,, Moskva.
(Melamine--Spectra) (Ameline....spectra) (Ammelide-Spectra)
(Cyanuric acid--Spectra)

FINKELISHTEYN, A.I.; BDYTSOV, Ye.N.
........................,
Moleculir structure of a-triazine and its derivatives. Uqp.
khim. 31 no.12tl496-1510 D 162. (MM ~6:2)
1. Gosudarstvennyy nauchno-iseledovatellskiy i proyektnyy
institut azotnoy prorWeblennoati i produktov organicheskpqo
sinteza, Dzerzkdns)dy filial.
(Triazine) (Chemical structure)

BOYTSGV~ Ye.N.; FINKELISHTE7N, A.I.
Structure of molec4as and ions of aminoxy derivatives
of sym.-heptazine toyamelurio acid amides). Zhur.ob.khim.
32 no.10:3403-3406 0 162. (MIRA 15:11)
(Cyameluric aoid)

FINKELIS]ITEYN, A.I.; BOYTSOVI Ye.N.; MUSHKIN, Yu.1.
--,
Spectrophotometric method of analysis of multicomponent
mixtures by absorption in the ultraviolet. Zav. lab. 30 n0.1.
44-45 164. (111111 17; 9)
1. Gosudarstvennyy nauchno-issledovatellskly i proyektny-Y
institut azotnoy promyshlennosti i prodiLktov organicheskogo
sinteza.

SIDELIKOVSKIY, L.N.; kand. tekbn. nauki SHCHEMOV, V.N., inzbo;
BOYTSOV,,-Yu.M,L inzh,
Study of temperature fields and beat currents in a cyclone
chamber. Prom, energs 21 no. 1t44-48 Ja t66 (KIRA 19tl)

IL 181oq-6~ EWP(q)/EWT(m)/BD$ AFFTC/ASD JD
ACCESSION NR:. AP3004107 S10670/63/008/004/068'4/0686
AUTHORS: Andriashin, V. K.; Boytsov Yu. P.; Baltushkina N. V.; Mitrofanov, V.V11,
TITLE: Growth of fine la era of Ge on Ge seed crystals by the "closed-tube",
method (p-type Ge)
SOURCE: Kristallografiya, v.-,8, no. 4, 1963, 684-686
TOPIC TAGS: seed crystal, closed tube, Ge~, specific resistance, I, cube,
octahedron, parasitic crystal,
ABSTRACT: The. authors used the closed-tube method described by-J. Marinace.;
(Illinois biol. Monogr. J., 7, 248-255, 1960) to obtain Ilepitaxial films" of Ge'
The seed crystals were plates of p-type Ge with specific resistance of 0.001
ohm/cm. They were about 500 /J-thick and 10-20 mm in diameter and were cut
parall6l to the (111) and (001)'faces. Before being placed in the tube, the
were etched in SR-4, washed in distilled water, and dried. The tube was filled
with iodine. After growth of the Ge, the seed crystal with its layer of Ge J,-
~was examined morphologically, after which a thin section was made, and a plate
cut-for measurements of electrical-physical properties. The studies showed-the
i Card 1/2

_77-
L 18109-63
ACCESSION NR: AP3004107
seed crystal to be covered with simple cubic. d octahedral forms. -The rate o*
&n
f
growth in the
EIQ direction proved to be 2.5 thnes that along [000 , being
approximately 10/Z/hr in the first directions, 4,oa/hr inthe second.
This rate
depends on amount of I in the tube, orientation of the seed crystal, surface
area of the Ge source, temperature of the zone, position in the tube, appearan;.e~
of parasitic crystals, and some other factors, but the relative importance of
these was not studied. Orig. art. has; 5 figures.
ASSOCIATION: none
A
"A i"
SUBMITTED: 13Aug62 DATE ACQ- -15Aug63 ENCM 00'-~
S UB CODE: PH NO REF SOV. 000 OTHER: OQZI.--.
.;ard 2/2

N.Y.; *"--(-"",-, V.7.
JUID11LISS11E," V.K.; ko I v 'II ~ ~, I
Growth of thin germanium films on gern4mium seed crystals using
the "closed tuba" method. Kristallografiia 8 110.4-.684-686 Jl-
Ag 163. (MIN! 16:91)
(Gerindnium crystals-Grow-th)

AID P - 3643
Subject USSR/Medicine
card 1/1 Pub. 37 - 7/18
Author : Boytsova, A. A.
Title : From the-history of the development of sanitary stations
Periodical : Gig. i. san., 10, 32-36, 0 1955
Abstract : Historical outline of the organization of sanitation in
Russia from 1862 to the present time, with special
attention given to the activities of the Soviet medical
service. References in footnotes.
Institution: Institute of the Organization of Public Health and of the
History of Medicine im. N. A. Semashko, Acad. Med. Sci.,
USSR.
Submitted Mr 4, 1955

BOYTSOVA, A. A.
'Taperience of planning the actbrities of the rural reg16nal
sanitary-epideyrdological station."
report submitted at the 13th All-Union Coq7ess of Hygienists.,
Epidemologists and Infectionists, 1959.

GOLIDZILIBER. 3.M., kand.med.nauk; GORFIN, D.V., prof.;AIOWTA, P.M., kand.
med.nauk; E=IN, K.A., naucbnn- sotruduik; BOYTSOVA. A.A., nauchnyy
sotrudnik -----------
Standards in sanitary and epidemiological services. Gig. i san. 24
n0-9--35-41 S 159. (MIRA 13:1)
1. Iz Institute, organizatsii zd:ravookhraneniya i istorii meditsiny
imeni N.A. Semashko.
(PUBLIC HEALTH)

RZHEZKKOV, Yu. V., insh.; BOYTSOVA, E. A., inzh.
A
Causes of unstable opertrtitm of the control valves of large
steam turbines. Teploenergetika 10 no-3:25-29 Mr 163.
(MIRA .16:4)
Vsesoyuznyy teplotekhnicheakiy institut.
(Steam turbines)

RZHEZITIKOV, Yu.V. (Moskva); BOYTSOVA, E. A. (Moskva)
Conditions for the disturbance of flow Rteadiness of a wall jet
in a flat channel with bulging walls. izv. AN SSSR. Mekh. i mash-
inostr. no-3:168-172 My-Je 164. (MIRA 17-7)

(11-,~ninzrrad, u1. Avrova, d'.12,
Ab,~,tx~cts. Ortop.., trwm.. i Prn',ez. 26 no.7i7O-,,l Mx 165,
kMIRA 18-7)
I. 1z Leningrad.5kogo Institilta pro t e,,,-',r-(lva niya (dir. - dotsent M.V,

1UR1171, Iev Afanaslyevich. kandidat tekhnicheskikh nauk, dotsent,
BOYTSOVA G..F.. otvetstverinyy redaktor; RTKOV, N.A., redaktor
ilk BIT OV, A., tekhnicheskiy redaktor
[Now trends in the davelopment of coal briquetting] Novye
napravleniia v razvitii briketiroveniia uglia. Moskva.
Ugletelditzdat, 1956, 1#2 p. (HLRA 10:3)
(Briquets (Fuel))

F, ( L:, /) A j / b", fi , " Z- t-I
0" Yf
LUR I TZ, ley Afanaelyevich.' dotRemt, kanclidat takhniabaskikh nBuk; BOTTBOTAO.,
WixW_4#4g~; RAVICH, Boris Mikhaylovich; RMOLIN. V
otvetstvenUy rodaktor; GARBJM, T.N., redaktor lzdatellstva,
SABITOV. A., takhnicheskiy redaktor
[Research on briquatting of lAgnitel Iseledovaniia po briketiroyaniiu
buz7kh uglai, Pod obahchei red. L-A-lur's. Moskva. Ugleteithizdat.
1957. 141 p. (Kim 10: 7)
(Briquets (Fuel)) (lagnits)

BOYT.-)OVA, I.N.; STARITSKIY, Yu.G,
Relief of the basement of the Siberian Platform. Sov,gecl. F,
no.1004-96 0 165. (Miffik 1B.-U)
1. Vsesoyuznyy nauchno-issiedovatellskiy geologicheakiy institut.
11

GRIGOROVICH, Sergey Foofanoviobf 3,MT-SDVA#'- K.I. p redf; DZGOYFvp A.A. I
tekhn. red.
(Over the mountains and veXleys of Northern Ossetia; touristeO,
studental of local lore and excursionists' companion) Po goram i
ravninam Severnoi Osetii; sputnik turiatal kraeveda i ekskursanta.
Izd.2., dorabotannoe. Ordzhonikidze, Severo-Osetinskoe knizbnoe
izd-vol 1966. 125 p. (MMA 14:8)
(Ossetia-Guideboqka)

BOYTSOVA, L., inzh.~ IZUTOVA, I-L. inzh.; OPALKNOVA, K.,, inah.
Better quality,zeduced expenses. Most.prom. i khud.promyo. 4 no.3:
33 Mr 163. (Imu 16-.4)
1. TSentral!=Lya opytao-tekhnichaskaya shveynaya laborELtorl7a.
(Garment, cutting)

24(2), 50) SOV/54-59-1-3/25
AUTHORS: Frisman, E. V., Boytsova, N. N.
TITLE: Optical Anisotropy of Copolymeric Molecules (Opticheskaya
anizotropiya molekul sopolimera)
PERIODICAL: Vestnik Leningradskogo universiteta. Seriya fiziki i khimii,,
1959., Nr 1,1 pp 206-29 (USSR)
ABSTRACT: In the present paper the authors investigated the optical
anisotropy of the copolymeric molecules styrene and methyl
methacrylate with various concentrations of their components.
For each sample the solvent was chosen in such a way that
the difference of polarizability (al-ad of a statistical
segment can be determined by the formula
(n2+ 2)2
4 7E , 8 -K-T
45 na . 1 (a I -a 2) (1)., The necessary condition
nk !:~l Tj8was checked by a refractometric measurement of the
increment. The measurement was carried out by R. K. Chander.
In formula (1) [n] = dynamo~optical constant, EQ] = charac-
Card 1/3 /-teristic viscositY, n. . refractive index of the solvent-,

Optical Anisotropy of Copolymeric Molecules
SOV/54-59-1-3/25
and n refractive index of the polymer (n k =4 n.). The equation
[n] = holds for this case,, where A n denotes
~9 ---; 0) 00
the quantity of double refraction in a solution of concentra-
tion c. with a velocity gradient g~ and ~o the viscosity
of the solvent. The authors measured the dependence A n on
g for solutions with various concentrations. This dependence
was found to be linear within the investigated range.of veloci=-
ty gradients and concentrations. The values (al-a 2) for the
copolymers are listed in a table. If the anisotropy of polari-
zability of a copolymer segment is assumed to be the sum of
the anisotrop-Jes of polarizability of the components, it
may be stated that the difference of polarizability of the
copolymer and methyl methacrylate is a sum of the differ(-ice
of polarizability of the individual components. The author
Card 2/3 thanks Professor V,, N,, Tsvetkov for discussion of the

Optical Anisotropy of Copolymerie Molecules
SOV/54-59-1-3/25
aforementioned problems. There are 5 figures, I table., and
7 reforences, 4 of which are Soviet.
SUBMITTED: May 15, 1958
Card 3/3

BOYTSOVA,.N..N..)IOMMA).M.- 0.., TSVE'TKOV, V.IN. and MACARIK, S. Ya. (USSR)
Stereospetsifichnost I opticheskic svoistva polimerov
Stereospecificity and ciptical properties of polymers
IUPAC S 11: 378-87
report presented at the! Intl. Symposium on Macromolecular Chemistry, Moscow,
14-18 June 6o.

11 -7 C A Al Al
PVC it I
4 v
8V Id
C]t
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td
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tig I
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Am 091

87024
Is'.9116
S/190/60/002/007/003/017
B02O/BO52
a 0Y
AUTHORSs Tsvetkov, V. No, Frisman, Es Vol oy'a
TITLE: Optical Anisotropy and Shape of Siloxane Polymer Molecules
in Solution
PERIODICAL: Vysokomolekulyarnyye soyedineniyap 1960, Vol. 2, No- 7,
pp. 1001-1009
TEXT: Here, the flow birefringence method is applied for the investigation
of polydimethyl siloxane (PDMS) and polydimethyl-phenyl siloxane (PDMPS)
solutions. The samples investigated were fractions of the commercial poly-
mers PDMS and PDMPS; the latter, however, contained 1 qo monomer chain
links with a benzene ring as substituent of the methyl groupw The moleou2m:
weights of the fractions investigated were determined by the light scat-
tering method (Refs. 2,3) and, in the case of PDMS, also from the in-
irins.ic viscosity in-toluene by the equation
110 = 4.2-10-4 MO*59 (1) (Ref. 2). Gasoline was used as solvent in the
determination of the anisotropy of the molecular segment on the basis of
Card 1/4

87024
Optical Anisotropy and Shape of Siloxane b/190/60/002/007/003/017
Polymer Molecules in Solution B02O/B052
birefringence. The birefringence of the PDDIS fractions in toluene were
measured for the investigation of the effect of shape. The absolute vis-
cosity % and intrinsic values Djj of all solutions were detumined
besides their optical characteristics. Fraction Il (M=1.79x10 ) and an
unfractionated PRIS sample with an average molecular weight of 7.1o5 in
gasoline, were examined. In all the cases, the dynamic birefringence A n
increased proportionally to the velocity gradient g (Fig. 1). The con-
centration dependence of the quantity (An/gcT.) q --) o(with rqo denoting
the viscosity of the solvent) is given in Fig. 2. The characteristic
values of birefringence En] = lim ( An/gcVo) obtained by extrapolation
0
0
of the straight line of Fig* 2, are given in Table 2. Three fractions of
FDMPB (III, V, and VII) in gasoline were investigated. The biTefringence
of all solutions was negative and very low. For the determination of the
characteristic values En] and En]/EI2] therefore the Peterlin method
(Tables 1 and 2) was also applied besides the graphical solution of the
equation (A n/gcjc) = f(c) (Fig- 3) for fractions V and VII (where the
Card 2/4

87024
Optical Anisotropy and Shape of Siloxane B/190/60/002/007/003/017
Polymer Molecules in Solution B02O/BO52
extrapolation of c ->O seems less promising). Table 3 gives the charac-
teristic data of PDMS in toluene. The dependence of
[n] /[:I] - (45n kT) / (4 3T (n 2 + 2)2) on M/C-q3 and
a a
2 _ 3 2] y
[n] f001k ia~/ns[1/120JTp'RTJ] of the molecular weight of polydimeth
siloxane in toluene are given in Figs- 4 and 5. Fig. 6 shows the trans-
chain of polydimethyl siloxane, and Fig* 7 the monomer link of methyl-
phenyl siloxane. On the basis of the data obtained one may say that the
quantity of the effect of shape is proportional to the molecular weight
of the fraction. The determined asymmetry of the coiled PDMS is somewhat
lower than the values L.usually obtained for Gauss chains. The segmental
anisotropy of PDMS in gasoline is 4.7.10-25 cm3, and that of PDMPS is
2-3-10- 25 CM3. Thence the anisotropy of the monomer link was calculated;
~).96.10-25 CM3, and 13-4*10- 251 cm3p respectively. From these data the dif-
ference in the anisotropy of the compounds SiC and SiO can be calculated
-25 3
as being 1.1.10 cm . On the basis of the data obtained for PDMPS one
Zard 3/4

87024
Optical Anisotropy and Shape of Siloxane S/190/60/002/007/003/017
Polymer Molecules in Solution B020/BO52
may say that practically no slowing down of the phenyl side-group (in the
sense of a favored orientation of its faces) occurs during its rotation
round the valence _-bond .. Caromat. - Caliphat.*'The authors thank 1. K.
Stavitskiy and V. M. Svetozarova for having supplied the polymer samples.
There are 7 figures,. 3 tables, and 19 references. 13 Soviet, 3 US,
2 German, and 1 Swiss. '
ASSOCIATION: Fizicheskiy inatitut Leningradskogo gosudarstvennogo univer-
siteta (Physics Institute of,the Leningrad State University)
SUBMITTED: March 4, 1960
Card 4/4

86292
S/191D/60/002/008/003/017
910 51' ZRD5 B004/-BO54
AUTHORS- Tavetkov, V. N., Boytsova, N. N.
TITLE: Stereoregularity and Optical Anisotropy of Molecules of
Polymethyl Methacrylate
PERIODICAL: Vysokomolekulyarnyye soyedineniya, 1960, Vol. 2, No. 8,
PP. 1176-1187
TEXT: The authors discuss the effect of stereoregularity of a polymer on
the physical properties of its molecules. They arrive at the opinion that
the measurement of optical anisotropy should be a sensitive method of
structure determination. In a previous paper (Ref. 29), they had proved
that isotaotic and atactic polystyrene show considerable differences in
optical anisotropy. The present paper studies the effect of stereoregulari-
ty of the molecular chain on optical anisotropy in polymethyl mothacrylate
(PMMA). The following PHMA samples were used: sample A, isotactic, vitri-
fication temperature T. = 50 0C; sample B, atactic, T v = 1100C; sample C,
syndiotactic,T vabove 1100 0. Samples A and 0 were dissolved in benzene,
Card 1/4

Stereoregularity and Optical Anisotropy of S/ 19 o/6J06)(0~2700 8/00 3/017
Molecules of Polymethyl Methaorylate BO04/BO54
centrifuged, and decomposed by precipitation with hexane into fractions
which showed a regular dependence of the Kerr effect on the electric field
applied. Next, the double refraction 8n in flowing benzene solution was
measured as a function of flow velocity. A linear dependence A n - f(g)
was found. From the reduced double refraction An/g 70C (~0= viscosity
of solvent, c = concentration of polymer), the following relation was cal-
culated by extrapolation of experimental data: Lnj = lim (6n/g7oc). Fur-
c+O
ther, the intrinsic viscosityrl)7was determined. The segment anisotropy
a a of the macromolecules was calculated from these values:
4 it L(n'. + 2 ) '/4 5n kTj (a, - a . These values are given in Table
9 1 Sol 2)
1: (M molecular weight)
Card 2/4

86
Stereorogularity and Optical Anisotropy of 5/19()710/002/008/003/017
Molecules'af Pnlvmathvl Mathaervlate B004/13054
Polymer Fraction M-10-5 &i.cm3/g Lq 10 8 [nY r.. 1. 1010
L71 (a, 25CM3
-a2 .10
isotactic 111 3.2 82 1.86 2.19 26.1
IV 2.0 58 1.20 2,07 24-7
(A) VII 1-15 37 0.72 1.94 23.2
VIII 0.8 28 0.50 1.78 21.3
(C) 111 4-7 66 0.09 0.13 1.4
atactic not
(13) fraction 5.2
t 120 0.18 0.15 1.8
I ated I I I
Further, the optical anisotropy was calculated according to W. Kuhn (Ref.20):
a a = 7-5(a - a - a.L)-10-25
1 2 11 L). The following values were found for (a,,
cm sample A: 3.3; sample B: between 0.19 and 0.24. Thus, the anisotropy
of molecules of the isotactic polymer is 14 times higher than that of the
ataotic one. This increase in anisotropy on transition from the atactic
to the isotactic structure is explained by a change of rotation around
the stretching vibrations in the eater side group of PMTA. No differences
were observed between the optical properties of the ataotic (B) and syn-
diotactio (C) polymer. Consequently, these samples should have similar
Card 314

86292
Stereoregularity and Optical Anisotropy of S/19 60/002/008/003/017
Molecules of Polymethyl Methaorylate B004%054
microstructures. Double light refraction is a sensitive method of studying
the degree of stereoregularity of a polymer. The authors thank A. A.
Korotkov and S. P. Mitsengendler for supplying the samples. There are
8 figures, 2 tables, and 39 references: 19 Soviet, 10 US, 1 British, 1
French, 1 German, and 1 Swiss.
ASSOCIATION: Fizicheskiy institut Leningradskogo gosudarstvennogo
universiteta
(Institute of Physics of Leningrad State University)
SUBMITTED: March 19, 1960
Card 4/4

TSVETIMVI, V.N.; BOYTSOVA, N.N.; CRISHCHENKO, A.Ye.
Study of the magnitude and orientation of birefringence in a
flow of polyisobutylene BOlUtiDna, Vest. LGU 17'no.4:594A 162.
(MLU 150)
(Propene-Opitical properties)

TSVL'MV, V.N.; WTIN, Yu.V.; GLUSHEBKUVA, V.R.,- GRISHCHEVKD~'A.Ye.;
BOYTSOVA, N.N.;' LYURINA,S.Ya.
Electric af4 dynwdc birefring'ance of poly - benzyPI-L-glUt#Mte
solutions. VymAm.sood. 5 no.3453--1+59 Mr 'iY,7. MIR& 16;3)
3.
1, lmtitit vyaokomDleku:Lyarnyk4 soyedineniy AN SSSR i Fizicheskiy
institut Leningradskogo gosudarstvennogo universiteta.
(Glutamic acid-Optical proberties) (Refraction, Double)

TSVETKOV, V.P.; _PqYT40VA.,,.Y.,_I,;,,.VITOV.TCAYA, M.G.
Flexibility of the side gro-4pa and optical anisotropy of some polyacrylic
and polymethacrylit esters. Vysolcom.soed. 6 no.2:297-303 F '64.
(MIRA 17:2)
1. Institut vysokomolekulyarnykh soyedineniy AN SSSR.

BOTTSOVA, 0.3,
*Dispensary methods for therapeutic and prophylactic institutions."
K.Y.Mistrakhe Reviewed by O.S.Boitsova. Sov.Wrav. 15 no.2:63-64
Xr-Ap 156. (XLHA 9:7)
(FULIG EULTH)
(PAISTRAU, KMIIA VASILIMA, 1900- )

BOYTSOVA9 0. S'ef CAND MED SOrl, "METHOD OF DETERMINING
/), wrl"ll, s
*&WA*.,.OF REQUIREM-ENTS-1 ~~HOSPITAL AND SANATORIUM BED 0400",
-W~ --- - - RHEUMATIC
k"; T-H-E-,j-U E -i-Li 1`40PLEiil (FOR THE TREATMENT OF
Z T 1:0
E ]b
PATIENTS)." MOSCOW9 1961- (FIRST MOSCOW ORDER OF LENIN MED
INST IM 1, M, SECHENOV). (KLI 2-61, 217)o
-243-

BOYTSOVA.. -Q.S --
Method for determining the need of rheumatic children for dispensar7
and oanatorlum treatment* Zdrav. Ros. Feder. 4 no.5,.28-33 MY 160.
(MIM 3-3:13.) -
1. Iz kafedry organizitaii zdraVookhraneniya (sav. - prof* W.A*
Vinogradov) Tgentrallnogo instituta usovershenotvovaniYe. vrachey
(dir, H,D. Kavrigina). (RHEIRUTIC FEM)

POIT,
-N.Woo~w 11
GnItivation of **ad flaz OIL virgin and idle lands. Vest.
AN lasalthe =1 11 no,9:75-79 8 154. (KIRL 8:2)
(71AX)
.,P"

SOV/81-59-16-57618
Translation from: Referativnyy zhurnal.. Xhimlya, 1959, Nr 16, p 281 (ussR)
AUTHORS: Il'inskiy, V.P., Boytsova, V.F.
=U:~ The Sorption of Bromine From a Bromine-Air Mixture by Sulfur Dioxide and
the Reprocessing of the Obtained Mixture of Acids to Br2 or HBr
PERIODICAL: Sb. tr. Gos. in-ta prikl. khimii, 1958, Nr 41. pp 129-152
ABSTRACT: The reaction of interaction of bromine with S02 in the gaseous and liquid
phases is studied and the necessary technological Indices of the process
are obtained. Methods for processing a mixture of HBr,, HC1 and H2SO
acids to liquid bromine or hydrobromic and sulfuric acids have been
veloped. It has been shown that the reaction of interaction of Br2 from
a bromine-air mixture with S02 at -room temperature (14 - 200) proceeds
quickly and completely at the stoichiometric ratio of Br2 and S02. The
sorption of Br2 from a bromine:air mixture by an aqueous solution of the
mixture of the acids HBr+H2S04 runs to completion, but the consumption
of S02 is 30 - 35% higher than in the reaction in the gaseous phase. The
reaction products are absorbed to SO - 99% from the gaseous phase by
sprinkling the absorption column with a mixture of acids. The concentration
Card 1/2 of the HBr acid in the solution can be increased to 20% by means of the re-

sov/81-59-16-57618
The 3orptlon of Bromine From a Bromine-Air Mixture by Sulfur Dioxide and the Repro-
cessing of the Obtained Mixture of Acids to Br2 or HBr
circulation of the sorbent in the absorption tower. The vapor pressure of HBr + H2S04
over a mixture of' HBr 4 H2S04 acids for the temperatures 0.25 and 500C is raised with
an increase in the IiBr and H 2~04 concentrations,. The absorption coefficient of HBr and
H2S04, in the absorption by a mixture of acids, depends principally on the concentration
of the sorbent,.the temperature and the gas speed and does not depend on the concentra-
tion of HBr or Br2 in the gaseous phase. The value of the absorption coefficient for
the absorption of HBr at a temperature of 14 - 200C varies from 37 to 40 m/hr and for
HCl from 12 to 17 m1hr. The oxidatiop of the acid mixture (HBr + HU + H2S04) by chlo-
rine to bromine proceeds practically to completion at the introduction of 1.05 - 1.1
chlorine equ. per 1 HBr equ. The distillation of bromine from the solution by steam
proceeds to completion at a steam consumption of -5 kg per 1 kg of bromine; bromine
obtained in this way corresponds to the type 11ch" (pure). The separation of the acid
mixture (HEr + HCl + H2S04) by means of distillation makes it possible to obtain HBr of
4o% and H 2S04 of 'To - 80%. The yield of HBr in -the form of a 40,16.solution is 90 - 95%.
V. Borisova.
Card 2/2

SOV/81-59-16-57620
Translation from: Referativnyy zhurnal.. Khimiya, 1959, Nr 16, p 281 (USSR)
AUTHORS: T11inskiy, V.P., Boytsova V FDrozdova, Ye.G., Kuzlmina, N.P., Ru-
sinova, K.D.
Tl=-; The Freparation of Dry Hydrogen Bromide
PERIODICAL: Sb. tr. Gos. in-ta prikl. khimii, 1958, Nr 41, pp 161-170
ABSTRACT- Dry Mr is synthesized from bromine tind H in the presence of the "BAU"
coal Et 6000c; the yield is 91 - 96%. A ?echnological, method of purify-
--ing and drying HBr has been developed ensuring the preparation of a pro-
duct containing,--0.04% moisture and H2S traces. N. Shiryayeva.
Card 1/1

.BOYTSOVA. V.F..-IRUSINOVA. K.D.. STEPANOTA. I.I.
Detemination of moisture in bromine, Zav.lab. 26 no.5:550-
551 160. (MIRA 13;7)
1. Gosudaretvennyy Inatttut prikladnoy khimll.
(Bromine-Analynis) (NotatiLre)

TSVETKOVt V.N.; BdYTSOVA V N.
Optical anisotropy of molecules of polystyrene and
poly-p-mathyletyrene stereoisomers. Vysokom.soed. 5 no,8:
1263-1267 Ag 163. (NMA 16:9)
1. Fizicheskiy institut Leningradskogo gosudarstvennogo universiteta.
(Styrene polymers-Optical properties) (Stereochemistry)

IJ:-'3 R
Ca"Cog,rj *CULTIVATED 111-AN'~.-,~').~'ONlMERCIAL-01--iforoUs. SUgar-
3 r ing.
R
F ZHUR
E .616L.,21,1958,N0.96o67
Authcr
Boyt9ova'V.P.
w:u ,',uitlivt~tioik of, oil !~I.,ix on Virgin and long-
Lnin Tjin(l iv Northarn KaZakbotan
,)~_j r,. lab V sb- . 1'~aslichn. kulltLLry v voot. -r-nakh SSSR.
nodar, 11-Sov. Kuban"', 1956, 151-153
Ab~traet
Fioid teats madu at KcirabadykAnyu Seleotion
StIn'tion J-T, 1945-1~)/.t6 have snown that oil flax oan
b.,-.! -ro-an zucouF~sfully in tb~t -districts of Northern
Kaza;`_hs'%zm_ It mitured qulk;t- wall on hard soil,
althowh on old tu"Mod plota its vegetution was
pro~ract_vd, and J.t therefore had to be placed on
vix.gin qnd long-lain soil throughout tho area.
Karabelykakly Z provod tc) bit the best -variety.
53mirnov

JTHCRS. Boytsov, Ye.N.. and Finkelishtayn, A-.I.
TITL S* An optical Investigation of the 1:olacular Structure of S-Triazine
Derivatives. V. Infrared bsorption Spectra of Salts of Oxy- and
Amino-Darivatives of S-Triazine.
MIODICAL. Optilm i spektroskopiya, 1959, Vol 7, N'r 4, pp 482-486 (USSR)
"BSTRACT: The following co:npounds wera prepared: trisodium salt of cyanuric acid,
disodium salt of amalide, monosodium salt of R-111neline and
monochlorhydrates of melamine, aunaline and ammelide. The method of
preparation was the same ap that described by Bel 'stein (Ref 6). The
infrared absorption spectra of thase compounds were obtained on samples
pressed together with KBr using an IKS-12 spectrograph (NaCl prism, the
wavelength range 3-15 ji). The spectra' of all these salts are shown in
Figs 1-3, -where transmission T is plotted in against wavelength in ji.
The frequencies near 1700 cm-1 indicate the presence of the G-O group
in acid salts of aimaeline and ammelide. In the region of defo=ational
vibrations of N--H in acid salts an increased number of bands is observed
which indicate the presence of various -types of N--H bonds. In the
region of valence vibrations of N-11in acid salts two intense bands
Card 1/2 appear which are strongly displaced touardr, the longer waveleng~bhs. In
the case of awelide there are two stron6ly displaced absorption bands

6 O-VI51 -7 -4 -8/32
-,A,.n- Optical InvestiEation, of the 1~olecular Structure of S-Triazine Derivatives. V.
InfmreA Absorption Spectra of Salts of Oxy- and Amino-Dorivativas of S-Triazine.
which indicate foruation. of aaLT2 group or an *H3 group. The authors
suggest that fonaation of acid salts of armnalide occurs by attachment of
a Protor, to the ring atom of nitro6ou. In the case of ammeline and
0
melmiino, -rihich have more tnan one amino-group, two bands appoar in
addition to the bands Of th& XH2 group. The fraquencies of these
additiondl bands Bra close to the frequencies of NH in a--inelide salts.
It follows that fonaation of mono-salts of a-934ne and melamina involves
only one of the amino-Groups and procstAs in the same way as in the case
of amynalide. Thare aro 3 figures, 6 structurstl formulae, I table and
13 references, 6 of which are Soviet-, 2 3nglish, 2 German, 1 Belgian,
1 Japanese and 1 translation.
6U&ITTED; February 26, 1959
Card 2/2

BOYTSOT, TO.N.; FIRMISHMN, A.I.
Optical investigation of the molecular structure of S-triazine
derivatives. Part 6o Opt.i spektr. 9 noel:51-56
J1 160. (MIU 13:7)
(Triazine)

86237
12,111 IZA2, 11 !~l
S/032/60/026/0001/025/046/XX
B020/BO52
AUTHORS; Pinkel'shteyn, A. I., and Boytsov, Ye. N.
TITLE: Spectrophotometric Analysis of the Isomeric Compositions of
Toluylene Diamine and Toluylene Idisocyanate Mixtures
PERIODICAL: Zavodskaya laboratoriya, 1960, Vol. 26, No~ 8, pp. 959-963
TEXT: The authors suggest a spectrophotometric method of analyzing mix
tures of 2,4-, 2,6-toluylene diamines, and 2,i~-, 2,6-toluylene diiso-
cyanates on the basis of their infrared absorption spectra, since for thiE
purpose neither the determination of melting and boiling points nor the
speatrophotometric method described in publications (Ref, 1) are suitable.
For increasing the nnalyois accuracy in measuring the optical density of
the analyzed solution, the wire-gauze method was applied by which the
ratio between the optical density of a wire-gauze and the solvent, and th(
ratio between the optical density of the solution an& the gauze were
measured instead of the optical density of the compound. Since neither th(
solvent nor the wire gauze show selective absorption, the optical density
Card 1/3

86237
Spectrophotometric Analysis of the Isomeric 5/032/60/026/008/025/046/xx
Compositions of Toluylene Diamine and B020/B052
Toluylene Diisocyanate Mixtures
of the analyzed solution does not depend on the width of the slit. The
spectrographs of the 2,4- and 2,6-toluylene diisocyanate mixtures and the
values measured, are shown in Fig. 1~ Figs. 2 and 3 give the absorption
spectra of the isomers of 2,4-, 2,6-toluylene diamines, and 2,4-,
2,6-toluylene diisocyanates. The absorption bands 12.35 ~i and 12,80 (A were
chosen as characteristic lines. For the determination of 2,4-toluylene
diamine, the absorption bands of 11,86 and 12.57 ?.t were chosen, and for
2,6-toluylene diamine those of 12087 P. Using three wavelenglhs two pairs
of equations were obtained whose solutions gave two values for the con-
centration of each cQmponen*,,. Their arithmetic mean was calculated. The
authors investigated the solvents which are transparent in the range
between 11 and 13 ti, namely: carbon disulfide, cyclohexare, and nitro-
methane. The spectrographs of the solutions inveetigaied were taken by
the spectrophotometer of type OKC-12 (IKS-12) which was equipped with wan
NaC1 prism and a special device for the fixation of the wire gauze and the
bulb in front of the slit. The method is described for determining the ab-
sorotion coefficients of 2,4-, 2,6-toluylene diibocyarates by means of
Card 2/3

86237
Spectrophotometric Analysis of the Isomeric S/032/60/026/008/025/046/XX
Compositions of Toluylene Diamine and B02011/BO52
Toluylene Diisocyanate Mixtures
wavelengths of 12.35 and 12.80 ~A, and the isomer analysis of their mix-
tures. Also 2,4-, 2,6-toluylene diamines were analyzed. Fig. 4 shows the
dependence of the optical densities on the isomer concentrations from which
the absorption coefficients of 2,4-toluylene diisocyanate and
2,6-toluylene diisocyanate were determined. Tables 1 and 2 give the
analysis results for a number of mixtures of 2,4-, 2,6-toluylene diiso-
cyanates, and 2t4-, 2,6-toluylene diamines. The mean absolute error of
the analysis did not exceed 2~; the analysis lasted approxAmately one
hour. L. G. Zelenskaya, A. V. Iogansen, and G. A. Kurkchi are mentioned.
There are 4 figures, 2 tables, and 2 non-Soviet references.
ASSOCIATION: Dzerzhinskiy filial gosudarstvennogo nauchno-issledovatell
skogo i proyelittiogo instituta azotnvy promysb'lennosti i
produktov organicheskogo sinteza (Dzerzhinsk Branch of the State
Planning and Design Scientific Research Institute of the
Nitrogen Industry and OT,ganic Synthesis Products)
Card 3/3

YANSHIN, A.L.; RV!MUMVSKIY, 3.A.; AL3KSMROVA, H.I.; BORSUK, B.I.;
VOLIK, A.V.; ZUBKOTSUIL, I.H.; YAKOVIW, D.I.; BXR, A*G.;
BOROVIKOV#f L. I.; BOTT!gkuy : OVIORKIN, N.K.; BZSPALOT, V.7,;
SHLYGIN, Ye.D.; SME SKIT, 3.7.; KHAKHLOVO V.A.; FAGOZIffq L.A.j
DITM. V G.; GORMY9 1.1.9 red.; XALSSIJ, N.Qo, red.; FOMICMff.
V.D., red:; wwomur, -ruZ red.; 011MAWK, P.K., red.,#
KOKISW;*'-'~4., red; ; DASMWVA, A.D., red.; 70WI4GINA, S,, tekbLn.
red.; VDOVINA, M.P.: takhn. red**
[Geological map of the U.S.S.R., scals, 1.01,000,0001 Geologiabs"ia
karta SSS34 mapahtab 1;1,000,000.1 tixpl&uatory uotes to accompaxq
sheet] Ob"lasnitelInaia naplaka k 34atu. L-40 [36bal (Faba).
'1949. 56 p. ._,_ L-41 Erzyl-Orda] (riYl_Orda).'- 1946,, 2o p.
1-42 [IrareakpWI (Karaakpal). 194~. 42 p. X-41
~a_nd7a'(Karagauda)'
~vj Oa~O. 1948. 28 p.' _ K-43 ELM . 0
'42 [Fetiopavlov~kl 0;triopavlovsk) 1947. n P,
1947-137 P. S- ' 0
_' -IN-W [Novosibirsk] (N~vosibirsk).1948. 33 P. 0-45
Rom'skj'(Tomeik). 1949, 26 pe- 0-" [Kirenik] (-Kirensk).'1947
Moskva, Goa. Izd-vo gsolf* lit-17. (Mm 1116
10 Russia (1923- U.S.S.R.) Ministerstvo geologii.
(Geology-Naps)

'r 30TTSOVA Ye P.; HAZINA, Ye.A.; HIMYLOV, B.M.: OVJCWUN, H~I,:
. S.M.. radaktor; GUROYA, O.A., tokhnichaskikiy redaktor.
Erreology of the southwestern'region of the Turgay Gates]
G,eologiia iugo-zapadnoi chastIFIVigaiskogo progiva. Mo;skva, Goo.
nauchno-takhn. izd-vo lit-ry 1p geologii i okhrane necIr, 1955.
154 p. ~Lmnineracl. Vessoiusnyt geologichaskil institut. Trudy,
Vol. 5). (KF.RA 9:.J)
(Turgay Gates--Geology, Stratigraphic)

AGRAWVSKAYA, I.A,,; ASATUM, YePT - BDYTSOVA.Ye.P.; BOCHAMIIKOVA, A.D.s
.It,
.-7 ~-- - P
BOYTSILI. Z.A.;,IWOVA, YeAj 10.n.j KLIKKO9 S.A.:
KWCHINIZU' N.V.; KALYA~OVA. Ye.So; MARKOVA. L.G.; MARTINOVA, E.I.;
POKROVSi~Y!, I'.K.; POLDIMNA. V.A-; ROKANOVSKAYA. G.K.; SAMIGULIKA,
Ye.P.; SUOVA, K*A*; SIGOVA, NoN.; MLIMAK, N.K.; MLIN, S.S.,re-
daktor izdatel'stva; GUOU, OoA., takhnichaskiy redaktor.
[Atlas of Oligocene spore and pollen complexes in various regions of
the U.S.S.R] Atlas oligoteenovykh sporovo-pyl*tsevykh kompleksov
raslichn.vkh raionov Willi. Moskva, Gos.nauchno-tekhn.izd-vo lit-ry
po gologil i okhrane nedro 1956- 31Z Ps (Leningract, Vaesoiuznyi
geologicheakii inatitut. Materia.1r, no.16) (MLRA'10:3)
1, Vaesoyuznyy nauchno-iseledovatel'skiy geologicheakiy institut
Kinis~erstva geologii i okhrany nedr SSSK.(for Asatkina, Bo'ytsova,
XalashnIkov&,Kruchinina, Pokrovskaya, Romanovskaya, Sedova, Stall-
mak). 2. Tushno-Urallskoye geologicheskoye upravleniye (for Sigova)
3. Ural'skoye goelogicheskoye upravleniye (for Agranovska7a, Bocharni-
kova, Martynova, Polukhina, SamigulIna). 4. Treat uZapsibneftegeologiraw
(for Boytsell, Ivanova, Klimko, Markova). 5.Geograficheakiy fakulltot
Leningradskogo gosudarstvannago universitata(for Malyasova)
(Pollen, Fossil) (5pores (Botany), Fossil)

Ped 1//9, -)/C-, /--)
BOTTS016,",., GL&DIOVA, A.N.; ZAjJM, V.V.; KRUCHININA, N.V.;
MORIVA, V.A.: POKELOYSIATA, I.M.; ROXANOVSKAYA, G*M.:
SZWYA aN.A.; SIGOTA, N.H., POKROVSKATA, I.M.. tedaktor; PMIN, S.S.:
redaktor isdatellatya. GUROVA, O.A., takhnicheakir redaktor.
.[Atlas of Nioce3w sp6re and pollen conple"s of various regions of
the U.S.S.R.] Atlas miotsenovykh sporovo-pylltsevikh komplaknov
razlichafth raionov SSSR. Xoskva, Gos.n&uch.tekx.tzd-vo lit-ry po
geole- i okhr.medr, 1956. 460 p. (Ioningrad, Vessoiuzzyl geologicheskii
institut, Materialy, no.13) (KIaA 10:1)
(Sper4s (Botany). Fossil) (P*Ilen, Fossil)

BOYTSOVA, Ye. P. Cand Geol-'blin Scii. -- (.d:Lss) XUM"Palinolo-gicAW
P"XA,-,.4 1
-07 ~ ""~Uivn of the Stratigraphic MissociatIon of-
3mf -kIw Cretaaeous and Tertiary Deposits of the Turgay Depression. 11
Len, 1957. 22 pp 22 om-. ( Mi:nof Geology and Conservati:on of
Mineral Resources USSR, XXXX All-Union Scientific Research
Geologim Inst VSEGEI), (Ell 118-57, 94)
_V40- oo. I I~

Ye - P. BOYTSOVA B. M. NIEHAYLOVA, N. K. OVECMMi
"Geology of the Southwestern Sec,Aon of the Turgay Dovnwarp and Its Possibilities
in Bauxite Mining" P-378
M=IrMIWW gnd"Origln of nm=tes.. Nbscov.. 1zd-vO AN S= (OtA. Maogo-poVW.
UAWO 1958, 480".
TWA OoUeatlon of aMdea by variouis aUtbors on tbo mimrajoa aM
00!bml tX Of btuxitft APPOWSd 09 a MUlt Of 1955 COO. on the orWn of
bauidte (Chairmn: Acad. N. U. StWdwv)

BOYTSOVA Ye P.; VITTMOURG, :P.V.; GANESHIN, G.S.,; GROMOV, V.I.,; ZUB'kKOV,
VPA.; IVAITOVA, I.K.; XRASHOV, I.I.; LUNGERSGAUZEIT, G.F.,; '
NIKIFOROVA, K.V.; POEROVSKAYA, I.M.; CHEMEKOV, Yu.F.; 3TSHTEM,
S.V.; YAKOVLEVA. S.V.
Sergei Aleksandrovich IAkovlev; obituary. MuLK-om.chetv.pero
no.23:97-101 159. (MIU- 13:5)
(Ukovlev, Sergei Aleksandrovich. 1879-1Q57)
(Geology)

AGRANOVSKAYA, I.A.; ALYUSHIIISKIY, Yu.A.; ASATKINA, Ye.F.;_BOYTSOVA, Ye.P.
BOCHARNIKOVA, A.D.; VOYEVODOVA, Ye.; GROMOVA, H.S.;--ZAUY3M, V.Y.;
MARTYNOVA, Z.I.; PA110VA, 1.A.; POKROVSKAYA, I.M.; ROIWIOVSKAYA. G.M.;
33DOVA, M.A.; STZLII.UK, N.1r.-,- KHAYXINA, S.I.: EDELISHTMN, L.I.
[deceased]; MAIMUSHIN, V.A.i tekhn.red.
[Atlas of upper Cretaceous, Faleocene and Focene spore and pollen
complexes in certain regions of the U.S.S.R.] Atlas verkhnemelovykh,
paleotBanovykh i eotsenobykh sporovo-pylltsevykh komplekBov nekotorM
raionov SSSH. Leningrad. ig6o, 574 p. (Leningrad. Voonoiuznyi geologi-
cheskii. institut. Trudy, Vol-30). (MIRA 13:10)
1. Vaesoyuzny7 nauchno-issledovatellskiy geologicheskiy institut
Ministerstva geologii i okhrany nedr SSSR (for Alyushinakiy, Asatldna,
13oytsova. Gromova, Panova, Folwovskaya, Romanovskaya, Sedova,Stelimak,
Xllshteyn). 2. Urallskoye geologicheskoye upravleniye Ministerstva
geologli i okhrany nedr 383-R (for Agranovslaqa, Bocharnikova, Marty-
nova). 3. Severo-~Vostochnoye geologicheskoye upravleniye Ministerstva
geologii i okhrany nedr SSSR (for Voyevodova, Khaykina). 4. Lenin-
gradskly filial Gidroproyekta Ministerstva elektrostantsiy (for Zauyer).
(Palynolog7)

LIVOV) K.A.; POPOVICH) N.I.; SERGIYEVSKIY, V'M-;KONDIPaN, O.A.;
SFEPAKOV, D.L.; GORSKIY, V.P.; BOYTSOVAYe.P.- BOGMSOVA,
T.B.; GORSKIY, I.T., otv, r*d.; YEVSEYEV, K.P.,, otv, red.;
KRASNOV, I.I., red.; POKROVSKAYA, I.M.p red.; DERZUVINA, N.G.,
red.izd-va; GUROVA, O.A., tekhn. red.
[Resolutions of the Interdepartmental Conference on Working
out of Unified Stratigraphic, Sobemes for the Urals) Resbeniia
mezhvedomstyermogo soveshchaniia po razrabotke unifitsirovan-
zWkh stratigraficheskikh skhem dlia Urala. Rassmotreno i ut-
verzhdeno Mezhvedomstvenn~m stratigraficheskira konitetom 9 fev-
ralia 1960 g. Moskvap Gos. nauchno-tekhn. izd-vo lit-ry po
geol. i okhrane nedr,, 1961. 50 p. (14IRA 15:2)
1. Soveshchanije po unifikatsUl stratigraficheskikb ekhem
Urala i po sootnosheniyu drevnikh avit Urala i Russkoy plat-
formyy 3verdlovsk) 1956.
(Ural Mountains-Geology, Stratigraphic)

BOYTSOVA, Ye.P.
Spore pollen complexes from the Paleogene marine and littoral
sediments of the northern and eastern chinks of Ustyurt. Trudy
VSEGEI 102;115-151 164- (MIRA 18:2)

VOUVODOVA--,#'T%M,; ZAUM,,T,.Y.;,KOLITSCfV
BOM A, T.T.;
KRUCHININILp.N.V..; MAR7YNOVA,, ZJ,;.FANOVA., LA,; PMOVSKATAp
I.M.; 4CI4ANCrVSKAUO G.M,; SEDOVAp M.A4; STELIMAK, N.K.;
TABkCHNIKMr I.P&
a of lower Cretace'aus spore ind pollen domplexes of some
regions of the IJ;S.S.R'*'] #las nizhnemelovykh eporovo-py]:Itsevykh
kempleksov nekotorykh rkimwv SSSR. Moskva, Nedra, 1964. 551 p.
(Ioningrad., Vsesoiuznyi geologicheskii institut. Trudy, vol.124)
(MIRA 18.9)
1, Vossoyuznyy muchno-iseledovateltakiy geologicheskiy insti-
tut (for Boytsovap Kolltsovat Kruchinina., Panovat Pokrovskaya.,
Romanovskays., Sedova, Stellmak, Tabachnikova).-2. Urallsko3m
goologicheakoye upravlaniye (for Martynova). 3. Severo-V-ostoch-
noye geologicheekaye upravleniya (for Voyevoclova). 4. lanin-
gradakiy filial VBoooyuznogo ordena Lenina proyektno-izyl3katell-
skogo i muebno-issledovatellskogo instituta im. a.la. ZInLka
(for Zauyer).

PANAESHKOV,. N.; BOTTSM, T.
The influence of dispersion (the paxticle.size) of dried milk on its stability.
Molochnaya Prom. 14, NO-7, 30-2 153- (MTR 6:6)
(CA 47 no.22:12676 153)
1. S,M.Kiroy Agr. Inst.. O.mak.

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