SCIENTIFIC ABSTRACT KONDRATYEVA, I.I. - KONDRATYEVA, N. B.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000824220006-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: December 30, 2016
• Document Release Date: June 19, 2000
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

ACCESSION NR: AT4037691 S/2865/64/003/000/0210/0216
'AUTHOR: Gorbant, 0. M.; Kondratlyeva,, I.I.; Poddubnayal Le T*
'TITLE: Gaseous products of vital activity liberated by man in sealed chamb*re
:SOURCE: AN SSSR. Otdeleniye biologicheakikh nauk. Problewj* kosmicheskoy
,biologii, Y- 39 19649 210-216
-,:TOPIC TAGS: respiration, air purification, metabolic waste
:i;ABSTRACT: Experimental studies have.shown that a human being in the process
1.of his vital activities liberates a number of toxic gaseous products into the
"6urrounding medium.. Thus; for example, a chamber in which a man has been se
aled
A.for 24 hours will contain 297 mg of ammonium, 278 mg0f carbon monoxide (417 mg
tfor smokers), 504 mg of hydrocarbons, 0.6 mg of aldehydes, 235 mg of ketones, 5
!mg of marcaptans and hydrogen sulfides, and 89 mg of fatty acids. Permanent coAL,
~1~taminauts in the air of the sealed chamber were carbon dioxide, hydrocarbons,
:;~aldehydesj and ammonium. The carbon dioxide and hydrocarbons were found only in a F
gaseous forml the others-both in the air and in the condensate. Data accumulated-
'Card

KWILINIKOV9 N.A.; NIKITIN4 N.I.j,KONDRATIYEVA9 ;.K.
-species-of the globisporus
Actincowces pneumonlous n9 ape q a n,.,
grmvo Truk Inst. micsvbIbl. - n0'.94461169 160. (Km 14:1)
(Ajo IMMMLES

KONDRATIYRVA, I.N.
Relation of changes in physical thermoregulntion induced by a single
total body Irradiation to the condition of the hypothalamic region
[with summary In Inglish]. Ked.rad. 3 no.1:16-22 Ja-?,. 158.
(HYPOTHALAMUS. physiology, (MVU 11:4)
eff. of stimulation on thermoregulation responses to
single total-body x-irradiation (Rus)
(BODY TEMPEUTM, physiology,
thermoregulation response to total body x-irradintion, eff.
of hypothalamic stimulation (Rue)
(RON M IN RAYS, effects,
total body, on thermoregulation, eff. of hypothalamic
stimulation (Ras)

Changes In physical thersoregulatiOn following
body ro t an Irradiation of rabbits using 1000
6M. Ked.rad. 3 no.4:8-15'JI-Ag 158.
In Ingli
(Bmy Tmamnm,
thermoregulatidn, off. of total
x-Irradiation In rabbits (Rus))
(RCOMM RAYS. effects,
total body, on thermoregulation
single-dome total-
r. [with mmary
(MIRA 12--3)
body single dose
in rabbits (Rus))

KONDRAT'Y9VA, I. N.: Master Biol Sci (diss) -- "Changes in physical thermoreg-
ulation following irradiation of rabbits with X-rays, and the dependence of
these changes on the state of the hypothalamus". 'Moscow, 1959. 14 pp (Acad
Med Sci USSR), 220 copies (KL, No 9, 1959, 114)

LIVANOV. H.H.; XONDUTIUVA, I.N.
Sensitivity of the nervous system to weak radiation effects.
Med.rad. 4 no.g-.3-13 S 159. .1 (MIRA 12:11)
OMVOUS bTSTIM radiation eff)

ALFAT IYBV, B.A.;; KONDRAT 'YlTA, I.N. (Hookya)
Registration of respiratory movements In man during physibal work
with the aid of a thermal battery. Blul.ekep.blol. I mod. 48 no,9:
129-130 S 159. (KIR& 13:1)
1. Predstaylena, deyetvitellnym chlenom AMR SSSR A.I. Nesterovym.,
(R3SPIRATION funct. tests)

AtFAT'Y&!,, B.A..; KONDRATIMA, I.N.; NINAYEVA, G.B.
Method for recc~ding respiration in man during physical work
performed in an ivolation suit,. Gig. I san. 25 no.3:70-72 Vw
160. (NIERA 34: 5)
(RESPIRATION) (PHYSIOLOGICAL APPARATUS)

S/205/62/002/004/008/014
1015/1215
AUTHOR Kondr at I yeva, I. N.
TITLE: The machanism of the effect of the irradiated thyroid
gland on tho cerebral cortex
PERIODICAL: Radiobio*logiyav.2, no.4j, 1962,-569-572
TEXT: This study is the continuation of'previous ones. Experi-
ments were carried out on 10 sexually mature female rabbits
%reighing 1.8-2.5 kg. The bioelectrical activity of the optical
and parietal cortiesl regions was studied.. The recording Yras
performed on a 4~3r-l (4EEG-1) MEG apparatus. The bloelectrical
actIvity was determined by the method of V.V.Usov,, 30 min before
and 3 hours after irradiation of the thyroid (10264r/min from a
PJM-7 (RUM-7) apparatus). Intact and denervated thyroids were
4examined in 2 experimental series, It was found that the level
of the bioelectriepl activity as well as the pulse rate increased
2-3 hours after irradiation of intact thyroid, whereas in
denervated glands these phenomena were much less marked., or
Card 1/2

KONDRATSYEVA~ I.E.
Chai2ges in he fumet onal state of the cerebral cortes iu
rpbbita following local irradiation of the thyroid gland
4th I rays..ProbLendokA gom. no.404-" 162,
(MIRA 15:11)
(CMMBUL o6msz) (THMID GLAND)
(X RAW-P~YSIOLOGICAL WMT)

KONDPATIYEVA I.N.
Inbibition in the nouran systems of the visual sentor of the
cerebr&1 cortex. ^1.hur.vys*nerv.deiat, 14 no.6o.1069-1078 N-D
1641, (MIRA 18--6i
1. Instttuts of Higher Nervous Activity and Nourophysiology,
U.S.S.R. Academy of Sciences, Moscov.

DANILICIIENKO, P.T. (deceased]- qD~WTMOA, I.P.
Refractometry of chromates and d1ch ronates. 7bur. neorg. khIm.
!0 tio.3:676-680 Mr 165. A: 7)

KUDRYAVTSEV, V.A.; KONDRATIIEVAp:'K.A.; VITKINA, N.Kh.
Mapping the seasonal freezing and thawing of ground. YbralAaml.
no.2:18-32 161. (KMA- 16t 5)
(Frozen ground-Maps)

KONDRATIYEVA, K.A.; LAZUKOVA, G.G.
Role of the vegetative cover as one of the indication& of
the isolation of microregions for purposes of large-scale
permafrost mapping as revealed by a study of the region of
the Vilyuy Hydroelecteic Power Station. Merzl. issI. no.3:
63-72 '63. (MIRA 1716)

Sme data on the necessity of taking into account the effect
of Teptative cover when calculating the seasonal freezing
and thawing of soils. Merzl. Isel. no.1'39-44 061.
(MIRA 16:1)
(Frozen ground)

KMRAT'IEVAp K.A.; TRUSH9 N.L.
Determining depths of'seasonalfreesing and'thawing of soilse
Nor.slazal. no.2:59-70 161. (Frozen grounds) (MM A .1.60)

KONDRATOYEVA, K.A.; TRUSH, N.I.
Some data on the working of experimental plots near the Salekhard
Hydroelectric Power Station, Heral.isel. no.201-79 161.
(WRA 16- 5)
(Salekhard Hydroelectric Power Station-Frosen ground)

KONDRATOYEVA, K,A,
E!fect O-t-the relief on the formation of the temperature
conditions of rocks in the presence of temperature Inversion
in the region of the Vilyuy Hydroelectric Power Station.
Merzl. isal. no.3:73-82 163. (MIRA 17:6)

SHILCVA,Ye.l.; KORDRAT'YEVA.K.B.
AAWIT
Some characterlitics of the rhisompheres of clover and timothy.
Veot*Len.une Io no.4:17-24 Ap 955. (Iff-RA 8:8)
(Rhisomphere microbiology)

KONDRATIYEVA, K._Ya. and PODOLISKAYA, E. L.
"Theory of the Yanishevskiy Pyrgeometer".
Vestnik Leningr. un-ta, No 5,-PP 103-3-17, 1954.
A more complete theory of the instrument for the measurement of
radiational balance is given. The theory is applicable under the con-
dition of sationary heat exchange between receptor plates of the
pyrgeometer and the air,, i.e.9 when the microfluctuations of wind
velocity and air temperature imisting in the atmosphere are not taken
into consideration. Formulas for the determination of coefficients of
heat transmission are employed in two limition cases,, namely rorced and
free motion, A detailed analysis is given of the dependence of the con-
version factor upon wind velocity, temperature, and radiation.
(R2hGwl,, No 99 1955)
SO: Sum No 8%,, 9 Apr 1956

7'
27-7-22/37
AUTHOR: Kondratlyeva, L., Candidate of Pedagogical Sciences
TITLE: Some Questions of Labor Planning (Nekotoryye voprosy,plani-
rovaniya trudovoy deystellnosti)
PERIODICAL: Professionallno - Tekhnichookoye,.Obrazovaniye, 1957, P 7(146),
p 25-27 (USSR)
ABSTRACT: In investigating questions of labor planning, the author
studied the method of productive teaching adopted by two dif-
ferent instructors on theisame subject, i.e. drilling a hole
in a hammer for.the handle, and manufacturing a wrench. Tho
method adopted by one of the teachers * a~6w'ed negative results
while the system of the other proved that planning each oper-
ation leads to successful accomplishment.
AVAILABLE: Library of Congress
Card 1/1

SHUSHIRINA, N.P.; LRYINA, R.Ya.; KONDRATOYEVA, L.B.
-lactones. Part llor 9,10-dibromohozahidrocoumarin and Its
roactions. Zhur; ob. khim. 27 no.8:2255-226o Ag 157. (xm iosq)
1. Mookovskiy gosaftretyannn universitat.
(Counarin) (Iactonsel

GOLIDSHTZYH. B.I.; VOLIKENZOIT, D.V.,- KOITERLTIYNVA, L.G.; ULOYANOTA, N.D.
- - -
On the action mechanism of vitamin C. BioQmiia,-Mos'kva 15 no.2:
173-177 Mar-Apr 1950. (CIAL 20--7)
1. Department of Biochemistr.7, All-Union Institute of Experimental
Zndocrinolog7, Moscow.

GOLIDSHUYN, B-I-;KOIWUTITBVAO 1,G.;GBUSIKOVA, V.V.
relon, of nucleic acids in cell in the
Iffect of vitamin 0 on conve
animal Organism. Blokhtuila, ftekwa. 17 no.3:354--361 may-juns 1932.
(CJAL 2~zl)
1, BioctAnIcal laboratory of the Scioutific-ROOGarch Institute Of
Natrition, of the Ministry of ftbUe Health Owainian. $SR. Kiev.

meet of wiftmw C (A UASS(w"dana of audek news in
Calls Of the 401" WSW=. It. 1. 0oh6hicitt. L. 0.
I It, V OrmAllova Minltgy Health,
a.. V.Ikb S.S.S.R. lu. 4M 4)(1052);
0. V. 1. 45, 11114W.-killpinnivirk- uriol (11 ttl life vvi-n-Umn
rhstlr~ acid (U)4,1 the insvirm, fit Ainfro
ill sperd"Wils W "Willmist lumn", intemilliki 11111cimt, ;Stiff
~Pkrell of avitallaismAic pubirA pis. 'rho Ilmsible jwticipw
liffn of mm,,whic iwki ~.; iminatitm of If k indit-atrd and snAv
1w Ow nwi.1 fundifitt of thk %luntin it. if of cell
X1 '"th 411.1 dewrltv"Will, In vwf.. f,%pt.. A--l
J-mlh -Alth flol" thdt ill C avirallum.ii a
1,evillic "If 11 Stiff a liw ud I taumv Me rrvel-w 11111-10"1W.
:
11"0. (OfflUl"S Of 111,11111 U ill tilt l)WVWIILV of VitAgnill C.
milel Vto lw jmmn in Internal t"c* Gut dki (Kvuf ITAttil),
in (rAt VOW11111411- (f. M K4wdAlK)ff

KOZMRA-TIYUA* L#G#2- GERASIMDVP VeV9.* GOLIDSHTEYNp B#I*
"Vitamin C Ufluenc the Velocity of Regeneration of Nucleic Acids In C0118L
All the book n the Use of Radioactive-Imatqps
of Animal vK"A"wM p I I L13vr1ence I
An Medicine R. Yi. ICAYMSM AED-I.T. SHEYC publiebed by tL&--M InedIzan't
Publisbing House of the UKRAIKM MR., KIEV 1905, represents madical transac-
tions of a conference held in KIEV from-18-20 January 1954.
86: M235

1-111 M
Fy
UssR/Human and Animal Physiology. Metabolism. T
Abs Jour: Ref Zhur-Biol., No 8, 1958, 36155
Author Goldstein, B I , Gerasimova, V V., ndratyeva) L.G.
n ra
Inst
Title TheApplication of Radioactive p32 a~n elan
0
c
I ~
study of the Effect of Vitamin C on Nucleinic Acid
Changes in the Celia of the Animal Body.
Orig Pub: Tr. Veses. Konferentsii po med. radiol eksperim. med.
radiol m Medgiz, 1957, 260-266-
X into the tissues of.malignant tumors, the mucous
membrane of the small bowel and spleen. They arrived
to,the conclusion that the RNC (Ribonucleic acid) Of
the cell is the sourae material for the formation of
dne (Desox-Iribonucleic acid of the nucleus of the
Abstract: Th authors studied the rate of penetration of p32 and
Card 1/2

USSR/Hwmn ant' Uiiml rtysiology (Normal and Pathological). T.2
Metabolism. Nitorgen Metabolism*
Abs Jour : Ref Zhur - Biole, No 16., 1958P 74582
Author : Golldshteyn, BI.i Gernsimova, V.V.,
Inst : AS USSR
Title : The Participation of Vitamin C in the Biosynthesis of
Nucleic Acids.-
Orig Pub : V9,9be: Vitaminy, 3, Kiyev, AN LEWO 1958, 129-3-41.
Abstract : No abs-.~acte
Card 1/1
- 14 -
GOLIDSHTNnYT, B.I.; GMMSIMOVA, V.V.; 101MRATIMA, L.G.
Action of vItamin 0 In the tissixes of the animal organism.
VitamW no.4:44-52 '59. (MIRA 12:9)
1. Biolchimicheskaya laboratoriya Institixta pitantys, Miniaterstva
zdravookhraneniya USSR.
(ASCORBIC ACID) (.MJCLHIC ACID)

KONDR AT-' IEV~ 0
- VARSHAVSKAYA# N.B.; SHUBSP Z-V-J KOBZAR'y V.I.
Uso of levonyeetin for the preservation of placental serum.
Antibiotiki 10 no.7:657-660 J1 165. (MIRA 18:9)
1, Otdol proizvodstva ~-globulina Kiyevskogo hauchno-
Issledovatol'skogo institute, epidemiologii i mikrobiologii.

PEnTJLAYEV, SH.I.; UWASH. A.G.; KRAIJZ, L.S.; KOSTAREVA, ?.A.;
SHMNOVA-AVIMINA. N.I.; BABIUA, F.L.- KONDRATIYETA, L.I.; VORMOVA,
Ye.Y.; KOEXOTA, T.K. I- --
Spectral methol for the daterminmtion of trace Impurities. Za, i. lab.
24 no. 6:723-731 '58. (MIRA i117)
(Spectrum analysis)

SHLYAIMOV, R.N.; BMMYABSKIYy I.P.; GROYMW,, G.M.; OSTAPIM, Me;
LITVIK-, Ya.N.; KONDRATOYNA. L.I.: LEMZONO N.P.; SHPANn, TO.I.
Us's of game globulin for the prevention of infectious h"titia
In pediatric Institutions. 2rudy Nish, goa.med. inst. 11x101-10,4
160. (KM 16:2)
1. Otdal epidamiolojU IbIdmkogo nauabno-iseledayatellakogo
instituts, epidemiologlio mikrobiologii i gigiyeny., Kishinmkaya,,
lblltskayas, Orgeyevaka7a i Respublikam kaya sanitarna7a spidemio-
logicheskaya stantsiya.
(OPATITIS., IN TICYUS-PRWMTIVE INOCUIATION)
(Gma =BJLIN)

KONOVALOV, E.Ye.; PEYZULAYEV, Sh.l.; PINCRUK, G.P.; LARIONOVA, I.Ye.;
KONDRATIYEVA -L I
Use of zonal fusion for concentrating impurities In spectral
analysis of pure bismuth. Zhur. anal. khim. 18 no.5.-624-
633 Y~y,63. (KIRA 17;2)

L 46329-66 F;IT(m) /E7hP (t) /ETI IJP(c) JD
ACC NR: AP6019766 SOURCE CODE: UR/0370/66/000/003/0084/0089
AUTHOR: Konovalov, E. Ye. (Obninsk); Peyzulayov".Sh. I (Obninsk); Larionovs.-I, Ye
(ObnInsk); Kondratly (Obnlnsk); Pine wk&-CL.-k. (Obninsk)
ORG: none
TITLE: Determination of equilibrium distribution coefficients of impurities In
bismuth
~ TI
SOURCE: AN SSSR. Izvestlys. Metally, no. 3. 1966, 84-89
TOPIC TAGSt bismuth,, metal zone meltingg distribution coefficient,rAc~a-k
QNska.w. -Z'0A-'0V% IL
ABSTRACT: In order to calculate the process of zone meltin'A with optimum parameters,
It Is necessary to have the values of equilibrium coefficients of distribution of
the Impurities 00). These coefficients can be calculated by the method of Burtont
Prim, and Slichter (J. Chem. Phys. 21, 1987, 1953) if the effective distribution
coefficients k are known from experiments conducted at different crystallization
rates M but under the same conditions of stirring of the melt. Usl this thodg
the authors determined the values of ko for the Impurities Ag,"IM)ICN."","V%nd
~.n 1-9 110 =19
Win bismuth. The values of k were determined by two Independent methods9 one
Involving zone melting processes and the other a normal directed crystallization.
The two methods produced very similar results. This permitted the recommendation of
their mean values an the most reliable values of the equilibrium coefficients of

L b6329-66
ACC NR. AP6019766
distribution for the above-isentioned Impurities In blawth. Orig. art. hass 4
figureag 4 tableaq &nd 4 formul".
SUB CODES III SUM DATES 237ob65/ ORIG UPS 0041 OTH REFS 002
2/2 fv

none

XEVjJ 96-1-6/31
AUTHORS: Kiselev, P.I., Candidate of Technical Sciences and
Kondratlyeva, L. N., Engineer
TITLE: Determination of the Millability of Coal on the OP-B*
Instrument (Opredeleniye razmolosposobnosti ugley na
pribore OR-VTI)
PERIODICAL: Teploenergetika, 1958, Vol-5, No.1, pp. 25 - 28 (USSR)
ABSTRACT: The All-Union Thermo-technical Institute (VTI) has devel-
oped a new instrument to determine the relative friability (OP)
of coals and to investigate the process of milling. It is
illustrated in Fig. 1 and comprises a steel milling rod which,
sliding in a guide tube, falls into a steel milling chamber.
To carry out the test, a dry sample of fuel is prepared to pass
through a sieve of 3.32 mm and does not pass through one of
2.36 mm'- Then, for example, 2.5 g of anthracite dust of this
fineness is loaded into the milling chamber. The milling rod
is dropped from a height of 150 mm and its positioln read off
a scale to give the actual distance of fall, so that the work
done may be determined. After the first impact the' fuel was
offered to a sieve with apertures of 210 A and the rejected
portion was weighed, reloaded into the milling chamber and
again milled by impact,
Gardl/3 After each test, the work done in kg/m was graphed to relate
96-1-6/31
Determination of the Millability of Coal on the OF-B% Instment,
the quantity of dust produced.to the work expanded. Tests
carried out at different initial loads, as shown in Pig.2$
indicated that increase in the initial energy improve@ the
economy of the process. A formula is given for the"btecific
energy required for milling, The equipment was used to study
a number of related factors. The graphs in Fig. 4 rater to
the milling of Moscow Basin Coal, with and without remgvgl of
fines after each impact and also when operating with reed.
A formula is given for the "coefficient of friability", wbich
is a useful characteristic of the fuel. From theoretical con-
siderations which are stated, the procedure for determining
the coefficient of friability was based on the milling of
samples until 40 - ?0% remained on an 88 mesh sieve. The
differential coefficients of the curves given in Pigs, 2 and 4
also represent degrees of pulverisation. The article then
discusses whether feed should be used when milling and the best
way of defining the friability of coal. Graphs relating the
amounts of fuel passing through a sieve to the work expended
are given in Pig. 6 for different kinds of fuel.
Hitherto, the Institute has assessed the friability of fuels
by milling 500 9 of fuel for 15 mill in a porcelain mill and
Uard2/3 applying a given formula to eive a certain friability factor.

KOIrDFP.T'YEVA, L.11.
Age-conditioned characteristics of the course of skin reactions.
Uch. zap. WPI no.168:137-148 162.
Oculocardiae reflex in children of various ages. Ibid.:149-158
(MA 19:2)

KONDRATIYEVA, L.N.; SUORTSOVA., G.K.; TARKOVA, K.R.
Effect of physical training in an Alpine camp on the organism
of adolescents. Vch. zap. MPI no.168:255-258 162. (MIRA 19:2)

VERZILOVA, O.V.; KONDRAT'IEVAO L.N.
Pressor and depressor structures of the posterolateral region of
the hypothalamus. Biul. eksp. biol. i med. 57 no.6:11-14 Je 164.
(MIRA 18:4)
1, Laboratoriya fiziologii i patolngii krovoobrashchenlya i
dykhaniya (zav. - chlen-korrespondent 91N SSSR prof. M.Ye.Marshak)
Inatituta normallnoy i patologicheskoy fiziologii (dir. - daystvitell-
nyy chien AMN SSSR prof. V.V.Parin) AMN MR, Moskva.

VFRZIWVA, O.V.i--~WRAVIEVA, L.N.
Electrical activity of pri-.ssoreaeptor neurons of the medullary
reticular forinAtion following the stimulation of hypothalamic
pressoreceptozaa Trady Inst.norm. i pat.fiziol. ANN SSSR 7:31-
32 (KIRA 1&0
L'Laboratorlys fiziologii i patologli krovoobrashcheniya i
d~khaniqa 'Nav. - oblen-korr6spondent AM SSSR pnf. M.Ye,
Marahak) Instituta normallw~y i patologiolidskoy fiziologii
AMN SSSR,

AUTHORS: Shostakovskiy, M. F., Ghekulayeva, 1. A. SOV162-58-6-33137
V ndratlyeva, L. V.
.." .................. ............................
TITLE: Letter to the Iditor (Fialms, redaktoru)
PERIODICAL4 Izvestiya Akademii nauk SSSR, Otdeleniye khimicheskikh nauk,
1958, Nr 6, pp. 794 - 794 (USSR)
ABSTRACT: Recently increased interest has been displayed by research
workers in the chemistry of diacetylene. In the course of the
present report the authors describe some of the peculiar features
of the interaction between diacetylene and some aminealeshols.
It was shown that P-(4iethylamino)ethanol enters into reaction
with diacetylene (contrary to non-substituted alkyl esters)
without a catalyzer. On this occasion 1-(P-diethylamino)ethoxy-
butene-in-3 (formula 1) with 80-90% yield is formed. Ethinylvinyl
ester combines with the 2.molecule of P-(diethylamino)ethanol
under more rigorous conditions. This causes the formation of:
Di-(O-diethyliimincethoxy)buthadien-193 with 55-60% yield:
Card 1/2 (C2H5)2 NCR2CH2OH ~*(C2H 5)2 NCH2020CH-CH-CH-CHOCH2 CH2N(C2H 5)2'

Letter to the Editor
SOV/62-58-6-33/37
In the case of buthyl alcohol the following acetal was obtained:
CH 3 -C A 0 - CH(OC4H9) OCH2CH 2N(C2H5)2 . The structure of the
compounds obtained was ascertained by means of hydrolysis and
spectral analysis.
ASSOCIATION: Institut organicheskoy khimii im. N.D. Zelinskogo Akademii nauk
SSSR (Institute of Organic Chemistry imeni N.D.Zelinskiy) AS USSR)
SUBMITTED: April 16, 1958
1. Acetylenes--Chemical reactions . 2. Amino alcohols--Chemical
reactions 3. Spectrographic analysis--Applications 4. Cyclic
compounds--Hydrolybis
Card 2/2

5-361o
AUTHORS:
TITLE:
77353
SOV/79-30-1-14/78
Shostakovskiy, M. F., Chelculayeva, I. A., Kondratlyeva,
L. V.
Reaction of Butadiyne With Amino Alcohols and Amines.
I. Synthesis and 'Conversions of 1-(/3-Diethylamino)-
ethoxybut-l-en-3-yne
PERIODICAL: Zhurnal obshchey khimii, 1969, Vol 30, Nr 1, pp
75-81 (USSR)
ABSTRACT: Reaction of butadiyne witA(diethylamino)-ethanol
at room temperature withou catalyst yields (80-90-?~
1-(/3-diethylamino)-ethoxybut-l-en-3-yne (I), bp 99
(11 mm), n 20 1.4832. When compound I is hydrolyzed
D
with 10% H2S04 it yields 1,3,5-triacetylbenzene (yield
8o%), mp 162-1630. Reaction of compound I with aliphatic
alcohols under, r1gorous cond1t1ons (boiling under vacuum
U
Card 1/7 (10 mm) for 6 hr in the presence of catalyst, potaosium
Reaction of Butadiyne With Amino Alcohols 77353
and Amines. I. Synthesis and Conversions SOV/79-30-1-14/~8
of 1-( /9-Diethylamino)-ethoxybut-l-en-3-yne
ethoxide) yields, along with the acetals of but-1-yn-
4-al,also addition broducts of one molecule of alcohol
to a molecule of ethylvinYl ether. These addition
products have both a diene and an allene structure.
Thus, reaction of I with 13- (die thylamino) -e, han'o 1.,,rie Ids
(55-6o%) ~ii-(/3-diethylaminoeti-oxy)-buta-1,3-diene 0(ii),
bp 1510 (4 mm), n 20 1.4819. Compound II can also contain
D
some 1,4-di-( 9-diethylaminoet,ioxy)-buta-1,3-diene (IIa).
CH~=C-ClimrCHOCH2CH2N(C2H 5)2
1
U(;h2 CH2 N(C2H5)2 (11)
(C2H 5)2NCH 2CH20CH-CH-CH=:CHOCH2cH2N(C2H,-::,)2 (IIa)
Reaction of I with butanol yielded (50-60%) the acetal
of but~I-yn-4-al (III), bp 138-1400 (10 mm.), n 20 1.4542,
Card 2/ 7 D

Reaction of Butadiyne With Amino Alcohols 77353
and Amines. I. Synthesis and Conversions SOV/79-30-1-14//-(8
of 1-(/3-Diethylamino)-ethoxybut-l-en-3:-Yrie
containing an admixture, a product with an allene
structure. The yield of butoxy-(/3-diethylamino)-
ethoxybuta-1,3-diene (IV), bp 153-1550 (7 inm), n20
D
1.4570, In this case, was
~IOCI,Hn
CH3 C=-CCH/
'\OCH2CH2N(C2H 5)2
(III)
only 10-25%.
H9C40CH=CH-CH--CHOCH2CJi2N(C2H 5)2
(IV)
During the reaction of ethyl vinyl ether with alcohols
there occurs, evidently, not only the Isomerization that
causes migration of the triple bond, but acetylene-allene-
dienic isomerization of reaction products as well, which
Card 3/7 leads to the formation of di-alkoxybuta-1,3-diene.5.

Reaction of Bu"L,.adiyne With Amino Alcohols
and Amines. I. Synthesis and Conversions
of 1-(/3-Diethylamino)-ethoxybut-l-en-3-yne
77353
SOV/~9-30-1-14/~8
OR
H0MC-CWH0CH2CH2N(C2H + HOR CH CH /
5)2 H CW' 2 ,,, ~OCH2CH2N(C2H 5)2
OR CH3CMC-CH(QR)OCH2CH2N(C2H 5)2
CH~~H-CH/
\CH 2CH2N(C2H 5)2 CH~=C(OR)CHOCHOCH2%N(CO 5)2
R=04H9 and CH2CH2N(C2H 5)2
When the reaction of I with 4-(diethylamino)-ethanol
is extended from 6 to 22 hr, he addition produpt of two
Card 4/7 molecules of amino alcohol with one molecule of ethyl

Reaction of Butadiyne With Amino Alcohols
and Amines. I. Synthesis and Conversions
of i-(/3-Diethylamino)-ethoxybut-l-en-3-yne
77353
SOV/~9-30-1-14/78
vinyl ether Is obtained. The structure of this compound
is V or Va (based on spectral analysis) and its physical
0 20
constants are: bp 178-179 , nD 1.4608.
CH --C-CH2CH IOCH2 CH2N(c2H5)P-12
2 IGH2CH2N(C2H 5)2
M
CH3C~--GH-CH IOCH2CH2N(C2H5)212
uuti 2Un2N(C 2H5)2
(Va)
Reaction of T with ethylmercaptan at 70-800 for 6 hr
Card 5/7 yielded (60-70%) ethylmercapto-( /?-diethylaminoethoxy)-

Reaction of Butadiyne With Amino Alcohols 77353
and Amines. I. Synthesis and Conversions SOV/79-30-1-14/78
of 1-( Diethylainino)-etlioxybut-l-en-3-yne
-buta-1,3-diene (VI) or (VIa), bp 1520 (7 mm), n 20
D
1.5290. The attempt to prepare compound VI by parallel
synthesis from I-ethylmercaptobut-l-en-3-yne and I-
bLItoxybut-l-en-3-yne failed, Only di-( ?-diethylamino-
ethoxy)-buta-1,3-diene (II) was obtainep. The formation
of II in this case Can be explained by disproportiona-
tion of butoxy-(e -diethylamizioethoxy)-buta-1,3-diene
(IV) Into symmet ic dialkoxybLita-1,3-dienes.
2CHFC-CH-CHOC4H9 + 2HOCH2CH2N(C 2H5)f42r~=C--CH=CHCC4 H 9
OCH2 CH2N(C2H 5)]2
(IV)
(II) + CHj=C(OC4H 9)CH=CHOC4H9
Card 6/~

Reaction of Butadiyne With Amino Alcollols 77353
and Amines. I. Synthesis and Conversions SOV/79-30--l-14/78
of 1-(,/3-Diethylamino)-ethoxybut-l-en-3-yne
ASSOCIATION:
SUBMITTED.
The authors wish to thank B. V. Lopatin for spectral
analysis of the prepared compounds. There are 11
references., 5 Soviet, 5 German, I U.S. The U.S.
reference is: Copenhaver, J. W.., Blgelon, M * 11 *49)
Acetylene and Carbon Monoxide Chemistry, ~05 (19 -
Irnstitute of Organic Chemistry of the Academy of
Sciences, USSR (Institut organicheskoy khimii Akademii
nauk SSSR)
Oct-ober 15, 1958
Card 7/7

4
84866
S/079/60/030/010/002/030
BO01/BO75
AUTHORS: Shostakovskiy, M. F., Chekulayeva, 1. A., and Kondrat'-
yeva, L. V.
.... .............
TITLE: Reaction of Diacetylene~With Amino Alcohols and Amines.
II. Synthesis of N-Alkyldiamino-1,4-butadienes-1,3 and
N,N-Dialkylamino-l-buten-l-ines-3 7
PERIODICAL: Zhurnal obshchey khimii, 1960, Vol. 30, No. 10,
pp. 3179-3183
TEXT: The authors had shown in Ref. 4 that the reactions of diacetylene
with aliphatic amines and P-(dialkylamino) ethanols start at room tem-
perature and proceed exothermically without a'catalyst. This paper gives
a detailed description of these reactions in which the nature of the ini
tial amine plays an essential part. Thus, primary amines react with
diacetylene to form N-alkyldiamino-1,4-butadienes-1,3 (1) (80% yield)
according to the following formula:
2RNH2 + CH=-C-C=-CH 0 RNHCH=CH-CH-CHNHR (I) (I a): R = n-C 4 H9
Card 1/3
64-866
Reaction of Diacetylene With Amino Alcohols 3/079/60/030/010/002/030
and Amines. II. Synthesis of N-Alkyldiamino- B0O1/BO75
1,4-butadienes-1,3 and N,N-Dialkylamino-l-
buten-l-ines-3
(I b): n-C 5H11; (I v): iso-C 5H 11 1 Secondary amines react under analogobs
conditions, forming N,N-dialkylamino-l-buten-l-ines-) (II) (60~ yield)
according to the following formula:
R2NH + CH=-C-CmCH :0 R2NCH=CH-C~_CH (II) (II a): R = C 2H 5'
(II b): n-C4H9; (II v): n- C5H11 . The addition of the amines to com-
pound (II) requires harder conditions. The diene structure of the reaction
products was proved by spectral analysis and by diene synthesis with
ethyl vinyl sulfone. The structure of the products obtained by reacting
diacetylene with secondary amines was proved by hydrolysis. The synthe-
sized products are unstable liquids which are only stable when kept in
sealed ampoules between -50 0 and -70 0. Dienes (1) and (III) absorb car-
bon dioxide from the air and form solid, stable carbonates. The spectral
analysis carried out by B. V. Lopatin confirmed the presence of the
group - C 10 in the dienes obtal-n-eM.-There are 1 table and 6 references:
- 0-
3 Soviet, 2 German, and 1 US.
Card 2/3

84667
I t) ZZ05 S/020/60/135/001/020/030
BO~6/BO67
AUTHORS: Shostakovskiy, M. F., Corresponding Member AS USSR,
Chekulayeva, I. A,, Kondratlyev~, L. V., and Lopatin, B.V.
TITLE: Structure and Some Properties of the Products of Interac-
tion Between Diacetvlene and Alkyl Aminee
Doklady Akademii na Sh,
PERIODICAL: uk S 196o, vol. 135, No. l,pp-101-104
1
TEXT: In studying the reaction of diacetylene with primary and secondary
alkyl amines (Ref. 1) the authors observed that the N-alkyl-diamino-1,4-
butadienes-193 and the N,N-dialkyl-amino-l-butenines-3, respectively, are
the main products. The authors succeeded in isolating the geometric iso-
mers of N,N-diethyl-amino-l-buten-l-ine-3 (I and II) from the reaction of
diacety'lene with diethyl amine. The chemical transformations and the data
of spectral analysis prove that I and II have cis- and trans-structures,
respectively. On heating, isomer I passes over into II. The UV spectrum
of II is more intensive than that of I. In the IR spectrum of I I no ab-
sorption bands were observed in the range of from 800 to 1000 cm-1, In
the IR speqtrum of II, however, an intensive absorption band is observed
at 945 cm- which is characteristic of a trans-configuration (Table 1).
Card 1/4

84667
Structure and Some Properties of the Products S/02 60/135/001/020/030
of Interaction Between Diacetylene and B016V67
Alkyl Amines
Furthermore, an intensive absorption band is observed in the spectrum of
substance I at 692 cm-1 which is interpreted as the CH-vibrational de-
formation of the isomer. In spectrum IIp no corresponding band exists in
this region. The IR speotra of the isomers I and II were taken on a spec-
trolohotometer of the type UR-10. The pictures showed that the bands of
the double bond are split into two components. The intensities of the
components are not equal. Substance I and II may only be geometrical
or place isomers:(C H ) NCH-CH-Cv--CH and CH CN(C R 5)2 - In the
2 5 2 2' 2 -C=CH'
range 885-895 cm and 3075-3095 am of the IR spectrum of both substan-
ces, no absorption bands are observed which are characteristic of a
terminal double bond. This confirms the cis-trans isomerism. On the basis
of the investigation of products of the addition of amines (III), alcohols
(IV), and mercaptans (V) to I and II, the place isomerism. seems to be
excluded (see Scheme). In the reaction of n-amyl amine with the isomers
I and II, 1,4-amino-substituted butadienes (III) were
formed under analogous conditions which
Card 2/4

84667
Structure and Some Properties of the ProductsS/02 60/135/001/020/030
of Interaction Between Diacetylene and B016%o67
Alkyl Amines
had the same physico-chemical constants, formed the same picrates, and
also had similar IR spectra. The IR spectra of products of the addition
of butyl alcohol (IV) and ethyl mercaptan (V) to I had no absorption bands
corresponding to the terminal double bond. This excludes the presence of
this bond in the initial isomers. Hence, the addition with the formation
of I is the most essential point in the reaction of diacetylene with di-
ethyl amine. This agrees with the results obtained by the ion reaction of
the thiols with diaostylene-which is stereospecific and proceeds according
to the methodof the "trans-addition" rule. N-butyl-diamino-1,4-blitadiene-
1,3 (VI) with cis-cis configuration of the substituentB with respect to
the double bonds is the main product resulting from the reaction of di-
acetylene with n-butyl amine. The structure of VI was confirmed by a-diene
synthesis and by data of spectrial analysis. IR spectra of butadiene VI
in a polar and a non-polar solvent showed that the position of the ab-
sorption bands of >C=N and >C=CC-N (1684 cm- 1 in the IR spectrum) was also present
Card 3/4
84667
Structure and.Some Properties of the ProductsS/020/60/135/001/020/030
of Interaction Between Diacetylene and B016/BO67
Alkyl Amines
in a second subatance which wa ,s formed in a small amount in the reaction
of diacetylene with n-butyl amine. This substance will be further investi-
gated. There are 1 figure, 3 tables, and 3 references: 2 Soviet and 1 US.
ASSOCIATION: Institut organicheskoy khimij im. N. D. Zelinskogo Akademii
nauk SSSR
of the
SMMITTED:
July 18, 1960
Organic Chemistry imeni N. D. Zelinsk
of Sciences. USSR)
Card 4/4

SHOSTAKOVSKIT, M.F.j CHEWLAYEVAj LA,~_KOMRATIYEVA, L.V.
Reactions of diacetylene with andno alcohols and aminbs. Part 2:
Synthesis of N-alkyl-1,4mdiamino-1.3-butadiences and N,,N--Ua1kyI-
amixio-l-buten-3-yues. Zhur.ob.khim. 30 uo.10:317c~-3183 0- 161.
(MM 34W
I* Institut organicheskoy WWI AN SSSR.
(Butadiene) (Batenyne)

W569
3/020/62/146/002/011/013,
B101/B1,14
AUTVOR'~: Sho-takovskiy, M. F. , Corres pond ing Mlember' AS. USSR,
Chekulayuva, I. A., Kondratlyeva, L. V.
Reactivity of ethinyl vinyl compounds containin6 nitrogen
P ~R I -~ j1D IAVudomiye nauk 3SSR.' Do~ludy, v. 146, no. 2, 1962, 376-'479
V.o efri-.ct of nitroden atoms on the hydrolyzability of triple bonds
In compounds; With the j,~oneral strLkqtu re R2NCH-PH-CaCH was studied. - In
and the corrpspondinC diethyl compound,
L,,,%I-diriett,yl-ainino-l-butene-1-yne-3
the H20 addition takes place without a catalyst even ut room temperature.
The corregponding 'N,N-dialkyl vinyl ketones R NCF=CH-GO-CH, are formed.
C, 2
The pro.-once of carbonyl'j7roups donju-ated with the double bond was nroved
by IR upectra, und the structure was confirmed by a color reaction for
methyl kf_~tone. The correspondinG dibutyl and dipentyl compounds hyerolyze
more slowly. Dialkyl-aminobutenines react *aith water, aliphatic alcohols,
and amineii under less sevPre conditions than ~-dialkyl azinoethoxy
butenineG. 1-(g-diethylamino)-ethoxy butene-i-Yne-3 did not hydrolyza at
Card 1/12

5/02 62/14~6/002/011/013
Reactivity of ethinyl... BlOIX144
room temp,,!rature. Biosynthosis is attributed to the action of biocaltalysts
and to the formation of similar compounds reacting under mild conditions.
There is 1 fi&ure.
A350CIATION: Inatitut oreanichoskoy khirnii im. N. D. Zelinskogo kkudomii
nauk SSSP (Institute of Organic Chemistry imdni N. 1).
Zelinskiy of the Academy of Sciences USSR)
SUMITT-D: May 25, 1962
Card

SHOSTAKOVMIY, M.F.; CHEKUIAYEVAi I.A.1 KONDRATIYEVA L.V.
...
Reactivity of nitrogen-containing ethynylvinyl compounds* Dokl*
AN SSSR 146 no.2.,376-379 S 162* (MIRA 15:9)
1. Institut organieheakoy khimii im. N.D. Zelinskogo AN SSSR.
2. Chlen-korrespondent AN SSSR (for Shostakovskiy).
(Unsaturated compounds) (Nitrogen compounds)
I

DIDENKOp N.V.; KONDUTIYEVA, L.V.
I-- -- . -
Reaction conditions for theIpreparation of Ck -isoaVlacrylic acid.
29 no.100-81 163. (HiRA 16:5)
Ukr.khim.shur.
1. Odesskiy gosudarstvennYY universitet.
(Acrylic acid)

SHOSTAKOVSKU, M. p.; CHEguLAYEVA, I- A. y ~ONPRAVYEVAII L.. V.; L
LOPATINY B. V.
Interaction of Aiacetylene with amino alcohols and amine8-
Report No. 3*- stereocbemistry of the addition of alkyl aminOB
and dia]Jql MinO alcOhOls to the triple bond of diacetylene
and 1-buten-3-ynes. Izv. AN SSSR Otd. khim. nauk no.12.2217-
2220 D 162. (MIRA 16:1)
Institut organicheakoy khimii im. N. D. Zelinskogo AN SSSR.
(Amines) (Alcohols) (Butadlyne)
(ButeWe)

SHOSTAKOVSK-TY, M.F.; CHEKULAYEVA,, I.A.; KONDRAT,1YEVA, L.V.
Interaction Of diacetylene with bifunctional compounds.
Dokl. AN SSSR 153 no.6:1353-1355 D 163. (MIRA 17:1)
1. Institut organicheakuy khimii im. N.D. Zelinskogo AN SSSR.
2. Chlen-korrespondent AN SSSR (for Shostakovski3r).

KONDRATIYEVA, L.V.; CHEKULAYEVA, I.A.; SHOSTAKOVSKIY, M.F.; LOPATIN, B.V.
Addition of unsaturated amines to diaoetylene. Izv.AN SSSR.
Ser.khim., no.1:160-162 Ja 164. - (MIRA l7s4)
1. Institut organicheskoy khimii im. N.D.Zelinskogo AN SSM.

L 2169-66, EWT.(m)/EPP(c)/EWP(,J)/.T/EWA(c) TH
ACCESSION NR- AP5024499,
< 1JR10191/65/000/010/001110013
678.664-496
tq,!~< --
AUTHOR: Kafengauz, A. P.; Inokhodova.1 A. A.; Kondratlyeva, L. V.
TITLE: Elastic polyuretha e foams
SOURCE: Plasticheskiye massy, no. 10, 1965, 11-13
TOPIC TAGS: foam plastic,'polyurethane, oligomer, elasticity
ABSTRACT: The proposed. synthesis of elastic polyurethane foams is based on
the formation of a partially cross-linked prepolymer having a higher molecular
weight thant-hat of the prepolymers usually used. The prepolymer is synthesized
in two stages, th-e polyetherisocyanate is-prepared by reacting toLuylene dtteocya-~
nat ~~(TDI) and propylene oxide oligomer (NCO:011 molar ratio of 1. 05: 11 for 2
hours at 90C. The polyetherisocyanate is then mixed with additional TDI while
maintaining pH of 5-5. 6. The desired amount of crosslinkage in this prepolymer
is contr;:Alicld by vi3cosity measurements. The polyurethane foam is made by
vigorcualy agitating the prepolymer for 10-20 seconds with an aqueous catalyst
Cardl/2

L 2169-66
ACCESSION NR: AP5024499
solution containing a surfactant, pouring into a form and curing for 2 hours at
60C. The 2,4-isomer of TDI and 65/35 and 80/20 mixtures of 2,4 and 2,6 isome a
of TDI were tried; the *product of. TDI 80/ 20 gives the best physical- mechanical
properties. A mixture of tertiary.amines or a mixture of tertiary amine and
organotin catalyst is suitable. Polyoxypropylenetriol having a molecular weight
of about 3000, or mixtures of such triol with diols havings a molecular weight of
about 2000 as the oligomer, give a product with the highest physico-mechanidal
indices. Orig. art. has:-3 tables
ASSOCIATION: None,
SUBMITTED: 00 ENCL- 00. SUB.CODE: W, 0C
NR REr. Sow ool 7
OTHER: 00
Card

CHEKULAYEVA, KOIERATIYEVA L.V,
7
Interaction of ac0,ylrjne and acetylene comf*und3 W-1th amlne~!, rand
amonia. Usp. khim. 34 no.911583-1.606 S 165. (MIRA 18-10)
1. Bistitut organicheskcy kh'Imii imani Zellnsk--~Fo AN SSSR~

BALIYAN, L.G.. red.; X01MR4T'YEVA, N.A., tekhn.red.
-P .....
[Air aiticies of clothing] Kekhovaia odezhda. Izd.ofitsiallnoo.
Noskva. 1959. 227 P., . . (KIRA 12:9)
1. Russia (1923- U.S.S.R.) Vaesoyuznyy komitet standartov.
Our)

!~M.9&T~YNAIP A.
STUDIES OF URGE IONIZATION EUR.STS BY THE PETHOD
OF "CO11TROLLED PHOTOGRAPHIC EMULSIONS"
S. I. Brikker, N. L. Grigorov, M. A. Kondratyeva,
A. V. Podgurskaya, A. I. Savellieva, V. Ya. Shestoperov
1. Electron-sensitive photographic plates were irradiated at 3200 m. above
sea level in a.special apparatus, which a) recorded large ionization bursts with the
number of particles 7 1000.. and b) indicated through which of the photographic
plates (covering the enti�e sensitive area of the apparatus) the shower has
passed that produced the given "burst".
2. The analysis showed that:
a) the majority of "bursts" are created by showers of electrons Eenerated in the
apparatus by nuclear-active particles of high-energy:
b) the showers most often consist of one principal "core" apparently created by a
single gamma-quantum of sufficiently high energy:
c) in cases when the shower contains several laterally separated "cores"., one of
the boredlis, as a rule, responsible for the bulk of the particles in the shower,
that is.-in the recorded ionization "burst":
d) if in showers that contain two or more "coresti, the total energy of the whole
shower is taken as unity, the energy distribution of the individual showers
comprising the given shower may be approximated by a power function.
Report presented at the International Cosmic Ray Conference, Moscow, 6-11 July 1959

21 (7)
AUTHORS: Grigorovp N* L., Kondrat)yeva, M. A. --SOV/56-37-3-16/62
TITLE: Investigation of a Shower of 200000 Particles. Recorded in
Nucleax Photographic Plates
PERIODICAL: Zhurnal eksperimentalinoy i teoraticheskoy fizikip 1959,
vol 37, 11r 3 (9), pp 684-689 (USSR)
ABSTRAM On a NIKFI-R (200,~w)-type nuclear emalsion plate, which was
exposed in 1956 on Mount A-ragats, a very strong electron-photon
shower was found; the shower axis formed an angle of 150 with the
normal to the plate surface. Figuxe 1 shows a microphotograph of
the central part of this shower. The particles of the shower and
of the background were dravm on paper by means of the paratus
RA-1 and a MBI-2- type -micros cope 01350-fold enlargement ;_ for this
ptirpose four ranges perpendicular to one another (Fig 2 were
selected. The background was determinrd as amounting to
(1.02;1-.10.03") elo-3--partioled/p,2. The density
is (i~x*iogarithmie coordinates) represented by figure 3. Both
the data obtained from photometrization and those obtalned by
direct counting of the particles are entered for camparison with
Card 1/3 the theoretical.aur7e (Ref 2) which has been calculated for
1478stigatiOn Of a Shower of 200000 Paxt4cles^
Recorded in Nuclear Photographic Plates SIDY156.-37-3-16162
13
EO = 4-10 ev and for a shower at the maximum Cf its development,
Agreembnt is very good, The number of particles is obtained by
the summation of tne part-,cles in three ranges: 1. 0 4 r A 2501A,:
N" = 10000 particles; 2. 250/4 6 r 9 100001AL : N
150000 part-.toles; 3. r > 104 ~A , if 3 (r) , r-3 t 2 N
3
88000 particles. BY taking an error of 20% into account,
3
No - (248 t 50) 10 is'ol*~tained for the total particle number.
Asm,ming *bhe shower to have att&4-ned the maximum of its develop-
ment, one may put; N = 0.17(E/~"/ M, and
MaX 0 4 for the
energy E of the soft component E a B . (3.6 i o.?)- 10.3 ev is-
obtaii 0
ned. Figure 4 shows the anguia,_ distrIbution of the
PaXti. ales E~t a distaace of ~ 100 AL (a) and 60O'V_ (b) from the shower
center. Particle distribution with respect to the shower axis is
repres6nted by the mean angle X 9 which charaoterites_the
predominating direction; figuza 5 shows the function X(r)..
Particle distribixtion with respect to the mpan vaj.Ua of
Ca--d 2/3 direction in represented in figl.=-e 6. (ER (r)). E_X danotes the

S- A) 1/000/tio/016/100
, - 58/b
A001/A101
AUTHORS: Grigorov, N,L., Kondratlyeva M A , Savellyeva, A.I., Sobinyakov,
V.A., Podgutskaya, estoperov, V.Ya.
MITLE
t Methods of studying the elementary process of interaction with a 40-
mic nuclei of nuolear-active particles with energies of 1011-10- ev
developed jkt the Moscow University
PERIODICAL: Referat.ivnyy zhurn&I. Fizika, no. 10, 1961, 96, abstract 1013499
("Tr. Mezhdunar. konferentsii po kosmioh. lueham, 1959, v. 1", Kos-
cow, AN SSSR, 1960,122 - 133)
TEXT: The authors doscrIbs: the. devicon ofithe Cosmic Radiation Laboratory
at the MGU for _studying -the elementary -.process of intepotion wit.' & atorAic nuclei
of nuclear-aetive particles with energies of 1011 - 16 ev (with the use of a
large number of counters, ionization calorimeters, systems of controlled photo-
Plates)
[Abstraoter'i notet Complete translation]
Card 1/1

33316
S/560/61/000/010/014/016
A D299/D302
AUTHORS: Grigorov, N. L., Zhuravlevt D. A.,_&andr44jjr&va__
M. A., Rapoport, I. D., and Savenko, 1. A.
TITLE: Search for antimatter in cosmic radiation and
space
SOURCE.- Akademiya nauk SSSR. Iskusstvennyye sputniki.
Zemli, no. 10. Moscow, 1961, 96-97
TEXT: An emulsion flask--containing 489 emulsion layers of
type 5 P (BR), size 10 x 10 cm, 2, thickness 400 V..--was placed
on the 2nd Soviet Sputnik. The flask was exposed for about 24
flask was chemically treated and then analyzed. The analysis
was carried out by means of the microscope MEN-a(MBI-2) with
total magnification 105. Thereby, the multi-charge nuclei and
"stars" created by these nuclei, which were stopped in the
hours at an altitude of 300 km. Brought back to earth, the
0 a r d r11 4--)

33316
S/560/61/000/010/014/016
Search for antimatter,.. D299/D302
emulsion, were observed. In a volume of 656 cm3 of emulsion,
442 ordinary nuclei were found, as well as 320 "stars." None
of the "stars" possessed the characteristics pertaining to
annihilation of multi-charge particles which come to rest. As-
suming that antinuclei have the same energy spectrum as ordinary
nuclei, and taking into consideration that out of 442 multi-
charge nuclei not a single anti-nucleus was found, it follows
that the fraction of antinuclei with Z > 2 in cosmic radiation
does not exceed 0.23% of ordinary nuclei of the same charge.
A similar result was obtained by D. M. Haskin et al (Ref. 1:
Trudy Mezhdunarodnoy konferentsii po kosmicheskim lucham. (Inter-
national Conference on Cosmic Radiation), v. III, Izd-vo AN
SSSR5 1960, p. 138). Assuming antimatter to be scattered in the
solar system as individual atoms, it is possible to make an
upper estimate of antimatter density as follows: The flow of
gamma-quanta with energy of the order of 10 8 ev is
Card 2/4

333~6
S/560/61/000iO10/014/016
Search for antimatter... D299/D302
J~r 2 - 1030 Om-2 see-1
where n is the mean
,no Tro
number of IT 0-mesons formed by the annihilation of the anti-
nucleus. As-an upper (greatly over-rated) estimate for JY
it is possible to take a flow o; gamma-quanta which would give
rise (at geomagnetic latitude 4 ) to a charged-particle flow
with energy E :~. 108ev, provided all the particles are considered
as electrons. Hence, J Y< 10 -1 cm72 see- 1 and
1 -31 gm. cm-3 Assuming that the density of matter
,a -5 10 P.'~10-24 gm 0 cm73
in the solar system is one obtains
Pa 10-7
3 There are 2 references: I Soviet-bloc and I
bard 3/4

MUGOROV,, kum Loom .,i h; KMRATIYF.VAy l4arins, Alskoandroyna;
RUMRT Illym
d.
V.A., red,.; PLANSKEP L.Yu.., takhn. rO
Nomiabookie luchi. )(Oskva Fi-zm&t9'S- 1962-
onde rayq . rnoi fisiki, no.21.
$3 p. (Praktikum po iade (MIRA 16:4)
1. Chlon-korresporldOnt AN SSSR (for Frank).
(comde rays)

GRIGOROV) N.L.; ZHURAVIEV, D.A.; KONDRATIYEVA, M.A.; RAPOPORT, I.D.;
SAVENKO, I.A. I
Study of cosmic radiation outside the atmosphere. Kosm. issl.
1 no.3j436-442 N-D 163. (MIRA 17:4)

T, V-M-63 AFFFTGIAMIMF~O~Fwv
ACCESSI(ral UR: AP3005304. S/0056/63/0451002/0394/03
AUTHOR: _QdSqE2y~N. L~.; Zh
RE2ylevf D. A.; K Rapoport,,- 1. D
Sav
enko. 1. A. -------
TITLE: Search for antlinatt er, In cosmic rays
SOURCE: Zhur. eksper. 1, teoret. fiz.., v., 45, no.'2* 1963$ 394
A
TOPIC TAGS: cosmic-ray.a3itimattq~r,,-Costaid.r4, ent-1 6t- L
Imatter, Bpacetli
J
AMTRACT-. On 19 Aug 1960 the:Second Shlp-S eijite [the "Strelke-"Belke
fliGht] was sent into space carrying an emulsion stock of 489 layers of type-BR
e-mlsion 400 g in total thickness. The.opea enralsion stock was kept for ap-
p.-oximately 24 hr at an altitude. of" 3W ha end lat6r examined with a 105X, micro-
scope for- the purpose- of -detactingmultiplya-charged- nuclei stopped-by, the-
enralsion and- 'tstaYs'i-.- roduced by the-nualei The emulsion stock was found--to
have 1079 stopped zg0_-1ei of atomic number Z > 2 and 748 "starst', which. could
not be attribtrted to the annihilation -of stopped antinucleijjIt Is.,poncluded
that the numb-.r of antinuclel with -Z:;P 2 in the primary cosmic rayedoes'not
exceed 0.1~p, at least for the case of low-energy antinuclei.
ASSOCIATION: Institute or Nuclear ftysics of Moscow State University.
Card

Z,
iT
U,se ".,I: P;,; I
rig he nat-~A.--,) .,f osm!
Ifl-y a I Z
jAT

KOM)RATI - ~~-
Idthologic characteristics of Devonian Sedimnts in TeploOm District.
Elul, MOIF, Otd, geol, 24 no9643-28 0490 (KERA ut6)
(TemploTim District-Rook, Sedimantary)

AVDUSIN, P.P.;'TSVIUKDVA, M.A. -MONDUTITIVA, M.G.; FMOROV, S.F.,
L7
POLTAKOVA. T.V. , tekhnichesiTy ~r ~oi~-.
[Lithology and facles of:Paleozole deposits in the Saratov and
Kuybyshev areas of the V;Aga Valley] Litologita i fatell
paloozoiskikh otlozbonit Saratovskogo i luibyebevskogo Povolahlia.
Mo;kva,,Izd-vo Akademii nauk SSSR, 1935. 137 p, 22 plates.
[H cro Iml (MLRA 8:9)
1. Alrademiya nauk SSSR. Inatitut nefti. 2. Chlen-korrespondent Akacleaii
nauk SS:911 (for Yedoroil.
(Volga Valley--Petrology)

XCOBATIYEVA, M.G., OBRUCHU, D.V.
Age of the B&v1in series on the right bank of the Volga river
near Saratov. Dokle AN SSSR 105 no-5:1074-1075 D 155. (MINA 9:3)
1. Predstavleno akademikow U.K. Strakhovyu.
(Saratow Province-Geology, Stratigraphio)

NALIMIN, V.D.; ROZANOV, L. N.; FOTIADI, X.E.; YNGOROV, S.P.; TMIGURAZOV,
I.I.; KOVALEVSKIT, Tu.S.; KOZZACHENKO, A.A.; KONDRA
KUZNMOV. G.A.; KULIZOV. F.S.; LOBOV, V.A.; SOPROIaTSKIT, P.A.;
TATARINOV, A.G.; PRITULA, Turiy-Aleksandrovich, redaktor; DAYS,
G.A., vedushchiy rodaktor,-'GEMD'YEVA. I.M., tekhnicheekly
redaktor.
[Volga-Ural oil-bearing region: Tectonics) Volgo-Urallskai& ne
neftenommia oblast'. Leningrad, Goe.n&uch&o-tekhn.Izd-vo neft,
t gorno-toplivnoi lit-ry, 1956. 312 p. (Leningrad. Vaesoluzzyl
neftiwwi nauchao-Iseled6vatel'skii geologo-razvedoehWl Institut.
Trudy, no-100) EXicrofils] (MM 20:4)
(Volga Valley-Petroleus geology) --
(Ural Mountain Region-Petroleun geology)

]DONMTOYNA, H.Go, kandogeol.-mineral.nauk
Uthology, facies, and oil and go potentials of Devonian sediments
in the Volga Valley portion of Saratov Province. Trudy VNIGH no*22:
~323-130 159- (MIkA 13:11) -
1. Vsesoyuxi2yy nauchno-ienledovatellskly geologo-razvedochWy neftyanoy
institut.
(Saratov Novince-Petroloun geology)
(86ratov Province-Gas, Natural--Geolog7)

KONDRATIYEVA M Go
Regularities
fa
Devonian in thin the d:Lstr'4Ut1On of 'r cleB and thicknesses of the
e VojgjL Va.Uey portion Of Saratov province. Trudy
VNIGNI no.29:90-95 160.
(MM 14:4)
1- Nizhne-VOIzhskiY filial Vseeoyuznogo nauchno-loaledovateltakogo
geolow-razvedochnogo, naftyanogo instituta,
(Saratov Province--Geologys Str&tigrqp4c)

BALAYEV, V.A.;- i RATIYEVA, M.G.
, 01M.
-J!
Oil and gas potentials of Devonian sediments in the southwestern
regions of,Saratov Provinces Izve vys. uchebo zav.; neft' i gaz
3 no.100-8 160. (KM 14:4)
l..Sarata7Bkiy gcsudarstvenn~y universitet imeni N.G.Chernyahevokogo.
(Safttov Pr6-rlnce-Petro:Leum geology)
(Saratov Province-Gas, Natural-Geology)
I

KONDRAT YNA K a
Brookite, aRatase, and earnet,from Devonian deposits of the S&r&tov
area of the VoIgm Valleyf. D*I'
AN SSSR 135 no.6:1488-14go D o6o.
(MIRA 13:12)
1. Nlzhn*-Volxhmkly filial TsesOYuZn06O nauchno-leeledovatWokogo
9801090rasTOdOchnOgO neftmogo inatituta. Predetavleno almdmikom
N,N. Strakhovym.
(SILratov Province--Nineralog7)

BAIAYEV~- V.Aq VELIKOV, A.K -KoNDRATtyLTA, H.G.
Joinbing Of Devo a
n1an arbonate rooks in the Volga Valley
portion of Saratov Province. .1*
n0.",917-22 16.1. zv*vYs,,ucheb,zav.; neft, i gaz
(mIM 34.-io)
Is Saratovskiy
(SgosudarstvennYY universitet im. M.G*Cherrqshevskogo,
arat0v Province-Petrole. geolog3r)
(Joints (Geology))

SKIDVSKIY, A.M.; VOLOKH, A.G.; KARPOV, P.A.; LYA-SHERKO,
A.I.; FEDOROVA, T.I.; SHEVCHENKO, V.I.
Devonian sediments of the western part of the northern Caspian
oil- and gas-bearing basin. (Trudy] NILneftegaza no.10:127-
181 163. (MIRA 180)
1. Nauahno-issledovateltskava. laboratoriya geologichesk-4kh kriteriyev
otsenki perspektiv neftegazonoanosti; Vsesoyuznyy nauchno-issledovatel-
skly geologorazvedochnyy neftyanoy institut; Nizhnevolzhskiy nauchno-
lssledovateltakiy institut geologii i geofiziki i Volgogradskiy
nauchno-issledovatellskiy institut neftyanoy i gazovoy prophlennosti.

FILIPPov , I-V.; KAGAN) S*Z-; KOIIDRATIYEVA, M.I.
Using the extraction""-- ~"
method for th~e
C041 Purification of phenol-
bearing wastes from coke and chemical plants.
no.12:46-49 163. Koks i khim.
(MIRA 17:1)
le Vsespyuznyy nauchno-issledovatell
promyshlennosti (for F'IiPPOv) skiY institut nefty
gicheskiy institut anoy
- 2. Moskovskiy khimiko_tekhnolo-
im. D.J. Mendeleyeva (for Kagan, Kondratlyeva).

KONDRATIYEVA, Margarita Maksimovna; PLOSOVA, I.Ya., red.; DOTSMIKO,
-,-tekhn. red.
(Maternity and pbysical culture) Materinstvo i fizkulltu-
ra. lzd.2. Moskvap Fizkulltura i sport, 1963. 48 p.
(MIRA 17:2)
4

aspirant;
VYALITSEVI A.N.; XtDROV, B.M.; XONDRATIYE%
RODNYY, N.I.; S-IIRNOV, Mp CMIAV-cKri
8-ya., aspirant, TENIKOV, A.G., red.
[Contradictions in the development of natural science]
Protivorechiia v razvitii estestvoznaniia. Moskva, Nauka,
1965. 351 P- (KMA 18:9)
1. Akademiya. nauk SSSR. Institut istorii yestestwznaniya
i tekhniki. 2. Chlen-korrespondent All SSSR (for Kedrov).

137-1958-2-Z684
Translation from,
L~~eferativnyy zhurnal. Metallurgiya, 1958, Nr 2, p 69 (USSR)
AUTHORS: Fridlyander,I.N., Kondratlyeva,N.B.
TITLE: The Structure and Properties of a Light-gage Sheet Bar of Alloy
D 1 (an Aircraft Duralurnin) (Issledovaniye struktury i svoystv
tonkoy listovoy zagotovki iz splava DI)
PERIODICAL: V sb..: Metallurg. osnovy lit'ya legkikh splavov. Moscow,
Obo-rongiz, 1957,. pp 400-413
ABSTRACT: A study was made of the structure and properties of a cast
billet and rolled sheets of the Al alloy D I (an aircraft Duralumin).
It was found that when the Fridlyander-Golovkin method was used
to cast a light-gage sheet bar, the strip was found to contain lower
zones of equilibrium crystals and upper zones of fibrous crystals
which attained a length of several meters. The appearance of the
latter was caused by superheating the melt till the moment that
crystallization began, followed by a rapid and rigidly controlled
eliniination of the heat., Tbe elongation undergone by the fibrous
crystals along the length of the fibers was extremely great, exceed-
ing by 2-4 times the elongation undergone by the transverse speci-
Card 1/2 mens and by the specimens cut from the region of equiaxial

137-58-6-12784
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 6, p Z27 (USSR)
AUTHORS: Kondrat'yeva, N.B., Fridlyander, I.N.
TITLE: Investig'atio ~~ossibility of Producing Finer Grain in Wire
Made from Billets of the Cast Alloys D18, DZP, and V65
(Issledovaniye vozmozhnosti izmel'cheniya zeren v provoloke,
poluchennoy iz litoy zagotovki splavov D18, DZP i V65)
PERIODICAL: V sb.: Metallurg. osnovy litlya legkikh splavov. Moscow,
Oborongiz, 1957, pp 414-428
ABSTRACT: It is established, that the cause of many rejects by reason
of cracks and lumpy surface of the locking heads of rivets is
the coarse-grain structure in the finished wire. The possibil-
ity of producing rivet wire with fine-grain structure from cast
-alloy ingots D18, DZP, and V65 has been studied; the effect of
the temperature of the melt in the furnace upon the structure
of the cast ingot and the effect of the temperature of intermed-
iate annealings upon the structure and properties of the fin-
ished wire were examined. It has been established that for the
formation of uniform fine-grain structure in the finished wire
Card I/Z it is necessary to combine the lowest possible temperatures of

137-58-6-12784
Investigation of the Possibility (cont.)
casting the ingots with sufficiently high temperatures of intermediate anneal-
ings. A casting temperature of 7050C and annealing temperatures of 410-
4300 are termed optimal for the abovementioned alloys. The work performed
establishes the possibility of producing high-quality riveting wire up to 5 mm
diam from ingots of the cast alloys. D18, DZP, and V65.
N. P..
I. Wire--Production 2. Wire--Mechanical properties 3. Metals--Casting
4. Grains (fAetallurgy)--Metallurgical effects 5. Rivets--Effectiveness
Card Z/2

3 79 7 5'
S/137/6P,/000/005/104/150
6000101
AUTHORS: Nikitayeva, 0. G., Kutaytseva, Ye. I., Romanova, 0. A., Karpovich,
Yu. M.,
TITLE: The effect of aluminum purity on the mechanical properties and
heat-resistance of,aluminum alloys
PEMODICAL: Referativnyy zhurnal, Metallurgiya, no. 5, 1962, 71, abstract.51432
(V sb. "Deformiruvemyye alyumin. splavy", Moscow, Oborongiz, 1961,
30 - 43).
TEXT: The authors studied the effect of Fe and Si admixtures upon the pro-
perties of deformed Al-alloys at room and higher temperatures. For the prepara-
tion of grade 16, 19, AKq -1 (AKCh-1), A 20 (1)20), A 21 (D21), B 95 (V95) and
AYIr 6 (AMg6) alloys, three Al.grades-were used, namely; Al AOO, and. ABOOO
(AVOOO); Mg7- and Zn-mietal, and addition-7alloys Al-Cu, Al-Mn, Al-Ti, Al-Ni, Al-Fe.~
The strength of pressed rods made of D16 and D19 alloys increases somewhat at
room temperature.with a higher purity.of.the initial Al. The mechanical proper-
ties of forgings in short-lasting tension of D20 and D21 alloys, do.'practically
Card 1/2

Me effect of aluminum purity on...
S/137/6Z/C)00/005/10IV150
A000101.
not depend on the initial aluminum grade. The strength of AXCh-I alloy forgings
decreases with higher Al purity. The endurance strength of semi-products of all
alloys decreases with a higher purity of the initial Al. A decrease in contami-
nation of V95 and V96 alloys reduces somewhat the number of cycles until the
breakdovin in repeated.static-lo~ding tests. It is not expedient to use high-
purity Al (AVOOO) to raise the heat-resistance of sheets and forgings made of Al
alloys at 2000C.
T. Rumyantseva
[Abstracter's note: Complete translation]
Card 2/2

DAVYDOV, Yu.P.; POKHOVSKIY,, G.V.; XONDRATIYEVA, N.B.; Prinimali
uchastiyet. KUZIMICHN, Ir.D. . KUZIMINAI, S.F.
Mechanical properties and the forgeability of alloys of the
system aluminum - magnesium. Alium. splavy no-3:285-299 164.
Forgeability of peened magnalium-type alloys. Ibid.:300-312
(MIRA 17:6)

ACCESSION NR:. AT4037669
S/2981/64/000/003/0285/0299
AUTHOR: Davy*dov, Yu. P.; Pokrovskly, G. V.; Kondratlyeva, N. D.
TrrLE: Mechanical properties and stampability of magnalium alloys
SOURCE: AlyuWniyevy*ye splavy*, no. 3, 1964. Def6rmiruyemy*ye splavy* (Malleable
alloys), 285-299
TOPIC TAGS: aluminum alloy, magnallum, magnallum mechanical property, magnallum
stampability, magnalium corrosion resistance, annealing, cold hardeningo magnalium
cupping, magnalium flanging, magnalium flat extrusion, magnalium round extrusion
ABSTRACT: The authors report on a study of mecLanical properties and stampability of
-magnalium sheets from series AMg1 through AMg9 (see Table 1 of the Enclosure). The
material is classified as soft (annealed), quarter-hardened (5-15% reduction), semi-hardened
(20-30%) or hardened (35-50%). Mechanical properties of annealed material varied as follows
for subsequent cold reductions of 10-15%, 25-30% and 40-45% respectively: tensile strength
plus 20-30, 30-40 and 40-50%; yield plus 70-90, 120-130 and 200-250%; elongation minus
40-60, 60-70 and 70-75%. Temperatures up to 100C did not affect mechanical properties.
Tensile strength and yield dropped sharply at 100-260d and more gradually at 250-370CO to
levels of 3-6 and 2-6 kg/mm2p respectively at 360-370C. Elongation increased abarply at
Card 4

ACCESSION NR: AT4037669
100-370C, up to 100% at the latter temperature. Stampability was good, the material did not
require laborious finishingprocedures, ratio of yield to tensile strength averaged 0. 5, lateral
contraction and relative elongation approximated those of sheet aluminum and were higher
than for other standard aluminum alloys, and uniform deformability levels were high. Stam-
pability of cold material (cupping, flanging, flat and round extrusion) decreaBed'aw Mg in-
creased from 0. 5 to 3.6%, then rose again to roughly the original levels as Mg increased
further to 9%. It was quite adequate even at its lowest levels (AMg3). Recommendations aria
given for optimal results of each of the named stamping.operations. Best corrosion res s-
tance is retained by annealing at 310-335C for 30 to 180 min. I'M. D. K~zImicfieFv_,
Lomonosova and S. P. Kuz Imina'also took part in the Work. Orig. art. has: .12 graphs,
1 table and 4 formulas.*~
ASSOCIATION: none
SUBMrMD; 00 DATE ACQ: 04Jun64._ ENCL: 0?
SUB CODE: MM NO REV SOV: 000' OTHER: 000
.Card

ACCESSION NR: AT4037669
ENGWSUPE 01

Chemical composition in % Operties

Mechanical pr

"
- .. ....

-,T
:!
'
:'5
Z tensile
elonga

Ma
.13G -.
l Pe .
1 e
Atrength Yield
i
U
on
AM - 7
37

gj
40.05
0,06 4o,01 9,0-15,5 .3,4-6

;0

9,0-
,

--~-2,8

,2-0,6

0,4

40,4,
0,1
i6,9-23,2
7,2.:,.11.2 -27#
24*1~ a
.

.AMg3'
3,2-3
18

0,3-006
40's
0.~-6,8 .0,2 "C0,05 -2592

2, "'6-~-13,3 24,8--Z,
,
AM94 '3.8-4'6 .0
0".6
"
0 -40,4' --90.4 0,05 23,9-20.1- 12 .A~46,6 23,2-H62
- 1

Gard 3/4

ACCESSION NR: AT4037669 ENCLOSURE: 02

" AM95 ~0.05
AMg6 8 0,".8 00001 000"01 e.0,4 4#4 40.2 co,l 31,3-:.,U,,9 16,0-17,6. 27.2-45#6
.
.2
AM97 6,6-7,8 0.3-4,5 00001 0,4 0,4 .0.4 -40.05 a2,2--W,~ 35,4-37,2 W,4--W,~
006
8,",6 0,2-0 6 0 0001- A9 0, 1+ c(~
.
4 -co
A C0,05 36.4-a,6 16,2-18,1 27.2-20,3
. 6.006 + A0 .
011%Zr.

Table 1. Composition and properties of magnalium alloys/

Card 4/4

ACCESSION NR: AT4037670 S/2981/64/000/003/0300/0312
AUTHOR: Davy*dov, Yu. P.; Pokrovskiy, G. V.; Kondratlyeva, N. B.
TITLE: Stampability of cold worked magnalium alloys
SOURCE: Alyuminiyevy*ye splavy*, no. 3, 1964. Deformiruyemy*ye splavy*
(Malleable alloys), 300-312
TOPIC TAGS: aluminum alloy, magnalium, malleable alloy, deformable alloy,
cold worked alloy, alloy stampabilityj alloy AMgl, alloy AVZ2, alloy ANg3,
alloy :Yg4, all~,y AMg5, alloy A14g6, alloy AMg7, alloy AMg9, alloy D16, alloy
hr-:. alloy mechanical property, alloy &nnealing temperature, alloy
corrc...-loa resistance
ABSTRACT: A series of magnalium alloys of the system Al-Mg and alloy D16 were
tested for stampability characteristics (elongation limit, critical beading
factor, extrusion ratio, 90* bend radius) in relation to stamping temperature,
duration and temperature of annealing, as well as the level of cold working
(10 or 20%). Other tests concerned the effect of annealing temperature on
hardness and interrelations between hardness and tensile strength of magnalium
alloys. The latter dependence was plotted'(see Figure 1 in the Enclosure) and
1/3
L;ard