SCIENTIFIC ABSTRACT KUDINOVA, K. G. - KUDINTSEV, V. I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000827120009-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: December 30, 2016
• Document Release Date: June 19, 2000
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

ACC INRi AR700-185'; SOURCE' CODE': UR/0137/6G/000/010/G032/G032
AUTHOR: N'tidinova, K. G. ; Kazanskaya, L. N. ; Rabinovich, Ye. M.
Korchagin, Mlshnayevskiy, Ye. N.
TITLE: Investigation of possibility of coarsening the grain size of titanium
powder by gas absorption
SOURCE: Ref. zh. Metallurgiya, Abs. lOG230
REF SOURCE: Sb. Proiz-vo stali i splavov i vliyeniye obrabotki na ikh svoystva.
Tula, 1965, 50-53
TOPIC TAGS- titanium, titanium powder, grain size, reduction
ABSTRACT: Titanium powder with a grain size of.:',t 45Ahas the optimum gas
absorbing capacity. In order to coarsen titanium powder by reducing -titanium
oxide with calcium, a finished powder of titanium metal with a grain size of
10 was added to the charge as the finished crystallization centers. By
adding up to 816 titanium powder to the charge, the yield of the coarse-grained
fraction of the reduced titanium increases up to 481a; further additions of titanium
Card 1/2 UDC: 621. 762. 2. 001:669. 295

ACC AR70041856
metal to the charge will only slightly increase the coarse-grained fraction. The
titanium powder obtained meets the requirements of the State Technical Specifica-
tions for Ferrous Metallurgy, (ChMTU-987-63. Orig. art. bas: 1 figure and
I table. B. Neshpor. [Translation of abstract) [NTJ
SUB CODE; 1l/
j Card 2/2

ACC NR,
SOURCE COD'--': U11/0137166/000/009/G023/0023
AU'll"OR; ShiGhkhanov, T. G. Rabinovichp Yes M. Kudinoya, K. G. Sariadi, F. S.
Kazan3kaya, L. N.
TIT7.r: Reduction of titanium-hydride vith increased hydrogen content
SOURCE: Ref. zh. Mctallurgiya, Abs. 9G167
RZF. SOURCE; Sb, Proiz-vo otali i aplavoy i Yliyaniyc obrabotki na nikh evcr/stva.
lula, 1965, 31-35
1UPIC TAGS; titanium compound, metal hydridc, chemical reduction, hydras
tion
ABSTRACT: Titanium powder reduced by Ca hydride (IMTU 987-63), titanium sponge TIG-00
produced by a maL;nesium-thermal process (14,'CU-14 no. 19-64), and electrolytic iron
produced by the method of dissolved anoder., were all hydrated with H,) of 99.99,'.' purity;
[conta.in4ng ~.0.0035 of 0 and < 0.2 g/m3 of moisture. The optimal hydration conditioa
iwa3 dete'rmined, nwacly h3-dratGn temperature 650, 9oaking at this temperature, flow
I 2/hr until the end of absorption, and cooling in air at a flow of 1i < 0.5
0~ H of 8m
jr3 2
1hr. Introduction of these conditions in industry has ensured production
ititanium hydride with a stable hydrogen content of 3.8 - 3.98'9, and bas improved the
lproductiyity of the plants A, Shmeleys. [Translation of abstract)
SUB CODE: - 11, 07
Card

1. -,16 79 .66 EZIP(B)/El-IT(m)AYIA(d)/EWP(t)/E~iP(k)/E'IIP(Z)/E,iP(b) IjP(c) MJW1
JD/HW
ACCES51WI NR: AT5022892 UR/2776/65/000/043/0099iOlO8 0
't.41
AUTHOR: SolovlyavA, Z. V.; Golubeva L. S.; Shvh_qgo Aj.; R%!;~hYjYt,_Xj___
A.; Kudinova, K. G2.-.- f Y, r
TITLE: Investigation of the properties and proJuction conditions of nichrome
powder
SOURCE: Hoscow.
lurgiil Sbornik trudov, no. 43, 1965. Poroshkovaya metallurgiye (Powder "tal-
lu -108
rgy
OPIC TAGS: nichrome alloy, powder alloy, nonmetallic inclusion, sintering,
solid golution, twinning, ~qst resistant all2y, resistivity
D
ABSTRACT: In view of the deviations observel in thp technological< properties of
__WCAUoyl~repared by the
the products fabricated from the powder ofjjL0MQ/ai0r
method of the combined r(sduction of metal oxide& with CaH2 deveoped by the
Central Scientific Research Institute of Ferro4_V_gqt4lj!krgy."th4 authors per-
formed a thorough investigation of the parameters of the process. Gas analyses
and --~-Ilographic examinations established that nichrome powders obtained at
Curd lij __-___________ I- __ __ - - '' - -

L 2679-66
AT5022892
ACCESSION NR:
oxide-reduction temperatures of 900-1100% (for 6 hr) contain a considerable
amount of non-metallic inclusions, associated with the higher content of oxygen.
This condition is corrected (the oxygen content is reduced to the required mini-
mum of 0.4% and the microstructure becovaes homogeneous) by raising to 1175% the
reduction temperature and performing reduction for 6-8 hr (6 hr for 219-mm di a-
meter retort and 8 hr for 273-mm diameter retort). However, vhile the powder pre-
pared at 1175*C for 6-8 hr displays the optimal coopactibility, its sinterabLILty
iG much lower than in powders prepared at lower reduction temperatures (900-
1100"C), which evidently is attributable to the activizing effect cf oxygen as
well as to granulometric composition. Since, the oxygen content may aot exceed
0.04%, it appears that sinterability can be improved only by altering the granu- I
lowetric composition of the powder. This coriposition can be regulated vithin
broad limits by pulverizing the sinter (pulp) for 0.5, 1.0, 1.5, and 2 hr. To
evaluate its quality, the powdered-metal nichrcme prepared on the basis of the
above tmprovements was subjected to heat treatment and cold working and tested
for physical properties. Specimens compacted under a pressure of 6.0-6.8 tons/cm2
and sintered at the maximum temperature (1375*C) were found to display the highesti
ultimate strength and plasticityJJYJXJLof 0.5-2.0 mm diameter' fabricated from
ointered briquera displays, following its heat treatment (water quenching from
Card 2/-3-

L 2679.06
ACCE5510 NR, AT5022892
870*C), physical properties as high as those of standard nichrome wire* Follow-
ing its sintering, as well as following its forging in the temperature range
1000-1200%, the powdered-metal nichrome has the monophase structure of a nickel-
base solid solution with grain boundaries clearly revealed by etching. Following),
its annaaling at 800 or 900*C the nichrome displays the typical structure of
nickel augtent;_a; the grain orientation changes and a large number of twins
appears, In addition to their high heat resistance and resistance to oxidation
at high temperatures, the products-fabricated froak suth nichrome powder display
a high resistivity (1.07-1.12 ohm-vu'lm). Orig. art. has: 10 figures, 6 tables.
ASSOCIATION: none
-SUBMITTED: 00 ENCL: 00 SUB C003: Mo Is
NO REP SOV: 007 004
17,
3/1
Card

L 2682-66 EWTW/EPP(0/LWP(t)/EV1P(b) IJPW JD
ACCESSION NR: ATS022897 UR/2776/65/000/0043/0135/0139
G Shishkhanov T. S.
AUTHOR: Teplenko. V. XUA1M&t7%_G
TITLE: Production technology of the hydrid a of titanium and calcium
SOURCE: Moscow. Teentralinyy nauchno-iseledovatel'skiy institut chSM~y
r IL-Sbornik trudov, no. 43, 1965. Poroshik-ovaya
lurgy), 135-139
TOPIC TAGS: hydride, titanium, calcium, powder metallurgy, hydrogen
ABSTRACT: Techniques for the production of CaH and TIH2, developed by the La-
boratory of.Powder Metallurgy, Central Scientific Research Institute of Ferrous
Metallurgy, ar6 described. Normally, CaH2 is
produced in the following sequence:
crushing of 45-50 kg block@ of double-distilled calcium metal into small
(-150 mm) lumps of arbitrary shape by means of a 50-ton hydraulic press; charg
ing of these lumps (which weigh ~2 kg each) Into a stainless steel retort which
is then hermetically covered; evacuation of air from the retort, connection of
the retort to a water supply line via a rotameter; and placement of the retort
in a furnace heated to 600%. Within 30-40 win afterward thq period of rapid
Card 1 /3

L 2682-66
ACCESSION M AT5022897
absorption of hydrogen by calcium sets in, following the reaction:
C&H + 195.1 kilo-joules (46.6 kcal/mole).
Ca + H2 2
Since the reaction between Ca an4 H is known to occur more completely at 30a-
2
400*C than at 800'C, the temperature of saturation with H was experimentally
reduced to 400-500% on directly charging the entire calcium-metal block Into the
retort without first crushing the calcium. To reduce the amount of fu I
sea Ca'21
the consumption of H2 in the subsequent experiments was lowered to 1.5 =3/hr.
Ultimately, it was thus found possible to increase the yield of acceptable CaH2
to 987., while increasing the burden per retort to two 45-50 kg blocks of Ca metal.;
This new technique dispenses with the preliminary crushing of Ca block;. As for
Till 2 it is produced with the same equipment as above. The titanium subjected to
saturation with H 2 is taken in the form of either powder or oponge (wastes of the
thermal reduction of magnesium). It was experimentally established that the pro-
cess of the saturation of TL with H In the furnace can be safely reduced from
6 to 1 hr and, further, that adjusting the saturation temperature to 5OO*C and
the rate of delivery of hydrogen to 4 03/hr makes it possible gre*tly to increase
C.,d 2 /3

L 2682-66
ACCESSION NR: AT5022897
furnace productivity and reduce power consumption. Grig. art. has: 3 tables.
ASSOCIATION: none
SUBMITTED: 00 KNCL: 00 PUB CODE: M, 13
NO PLEF SOV: 006 OTHER: 001
tla-
3/3
Card -- -----

SOCHAVA. T.B., otv. red.; KROTOY. V.A. , prof., otv.red.; GERASIKOT,I.P.,
akad., red.; POKSHISHATSKIY, T.T., prof. red., RIKUTY.R.G.D.,
prof., red.; YOROBITRY. T.Y., kand.googr.woik, re(!.; UJDINOTA,
Lals, red.; 'JODM'X1T5XATA,Te.S.. red.; 1111J. JI.G.. red.;
nCBRMTA,T.I., tekhn.red.
[Geographical problems of Siberia and the Tar Ust; results of
the First Scientific Conference of the Geographers of Siberia and
the Far lost) Problemy geogrnfii Sibiri i Dallnego Yostoks; Itogi
Pervogo neuchnogo 9oveahchanila goografov Sibirl I Dallnego Yonto-
ka. Irkutsk, Irkutakoe knizhnoe izd-vo, 1960. 133 p.
(KIRA 14:5)
1. Akndeniyo nauk SSSR. Sibirskoye otdaleniye. InRtitnt geografti
Sibiri i Dallnego Tostoka. 2. Ghlen-korresponAont AN SSSR (for
Sochava)
(Siberia--Geography) (Soviet Far Rost--Geography)

KUZNETSOV, Yu.A...-, I-IIAKAROV, A.A.; IELENTIYEV) L.A.;
A.P.; IIEKI~ASOV, A.S.; TSVErYOV, Yu.A.;
MAKAROVA, A.S.; KARFOV, V.G.; ?-VJI.'5'UROV, Yu.V.; TlitOV,
Yu.P.; KH;iILEV, 'L.S.; TSVLTYOVA, L.A.; V(NT,',EKI!OVSKAYA,
G.V.; YEr-NOV, N.T.; IZF,V-TTALI, G.b.; 1,111ANAYEV, V.A.;
8E-IYAYE-V, L.S.; GN-,I-',, kWtTELEV, B.G.; K~UPI-2,1, L.A.;
LIOM, T.N.; 3VIRKTNOV, N.N.; HtUVINIII, I.F.;
KONOVALEVO, Z.P.,, KILAVIYANOVA, N.V.; 31-NART&ERG, A.I.;
NIKONOV, A.P.; STARIKOV, L.A.; POFYP.111, L.S.; PS!"ENIC12'.0,
N.N.; THOSHINA, G.M.; CIIELITSOV, 11.1%; K";,;
SUNAROKOVj S.V.; TAKAYSIIVILI, M.K.; TOUIAGIIII-NA, N.I.;
KHAISILEV, V.Ya.; KOSHELEV, A.A.; ~IXDIIJOIVA, L.I., red.
(Methods for using electronic computers in the optimiza-
tion of power engineering calculations] Motody primeneniia
elektronno-vychisliteltnykh viishin pri optiraivits1i energe-
ticheskikh raschetov. Moskva, Nauka, 1964. 316 p.
(MIRA 17; 11)
1. Aksdordya nauk 33SH. Siblrnkoye otdeleniye. Energetiche-
skiy institut. 2. Chlen-korresponuient AL :ZSR (for Yielentlyev).

t - ,- - - - -
11 -~- -- I
BTKOV, H.M.; KUDINOVA,_.L.K.
Decomposition of lead (+-2) compounds by sulfide-bloulfide tons.
Soob.o nauch.rab.chl.VXHO no.4:43-47 '53. (KIRA 10:10)
(Land compounds) (Sulfides)

-MAL# KVIA t- - " " - __ KTIMR~XTI'm' I N' 0, - - - -
V , 'u, p
Textile Fabrics - Tooting
Testing fabrics for resistance to frEWing of threads. Tekst. prom. 12 No. 7. 1952.
9. Monthly List of Russian Accessions, Library of Congress, October 1952. Unclassified.

YJT11JF,R'UVA.5 V.P.; "WTANKINA, N.P.; 19ELCOWAWRIA, G.N.; CPRYA., V.Ya.;
Kill) '011A MOAO
OyntheoJn and study of functJonal organosilicon compounds with
a hydrocarbon bridge between sillcon atoms. Part 7: Certain
propertles of -Apetylene hydrocarbons with mthylenp and
pheny1r,ne bridpes between silicon atoms. 2hur. ob. kh1m. 35
no.91](,36-1639 3 '65. (MIRA 18110)
1. Inntitut Phimll vynokamoltku1yarnykh noyelinen3y AN UkrSSR.

KUDr.:ov,,~, II.D.
;j1pilicrt"on of FaperMnaMri- !::(:I!. (,f ran-
WOVI'll f abrion. Toluit. prom.
2~1:2)
1. Strtrshl~%, inzli. Gosudnrotv.r.i.il~j-, Ir-c-
mit,'Dtr. po koordirstsil rttlx)t SSSR.

Fill -01
Rl N

rJDrNOVA, H.K.
D-amino acid content incell. hydroVeates of the thyrothricin-
producing organism (Bacillus brevis Dabos) and the gramicidin-
producing organism (Bacillus brevis var, G-B) [vith summaz7 in
Englishb Antiblotiki 3 no.6:33-36 V-D 158. (HIRA 12:2)
1. Laboratorlya~~d'eenlya L o'chietki novykh antibiotikov Instituta
po imyokanlyu novykh antibiotikov AMN SSSR.
(BAorms,
brevis, D-amino acids in hydrolyeates in Dubos &
G-B strains (Rua))
(AMINO ACIDS, metab,
D-amine acids in Bacillus brevis Dubos & G-B
strains (Rue))

K,LjDjt;oVA, Ji. ~. Cand Biol Sci -- "Dcti-,rmlnsition of D-ui.,ino Loids in polypetide
antibioties and their producers." Mos, 1960. (AOvd y6d Sci (KL, 1-61, 188)
-124-

BRASHNIKOVA, M.G.; tKUDINOVA, M.K.; 1AVROVA, M.F.; USPENSWA, T.A. i
Iaolation and propertleB of monomycin. Antiblotiki 5 no.4s6-10 41-
Ag 160, (MIRA 1389)
I. Institut p0 isyskaniyu novych antibiotikov AMN SSSR.
(ANTIBIOTICS)

KUDIN'OVA. M. K. , 'JJTF-AYEVA, L. I., and HRA:'.I'4IKO'iA, '.1. G.
mn7y- -
"Choviicnl Nature of ttie Antibiotic Monov-~yAn."
Report pr-,!!tented rit. the 5th Intertrition-il Biochemistry Conilress,
Moscow, 10-16 Auv 1961

BRASHNIKOVAj M.G.; KUDINOVA, M.K.; TROFILEYEVA, R.N.
A study of the tlecomposition products of monomycin. BiokhimiJLa
26 no.3:41,8-453 MY-Je 161e (MM 14:6)
1. Ihstitute of New Antibiotics, Academy of Medical Sciences of
the U.S.S.R., Moscov# (ANTIBIOTICS)

BRAZIIJIKOVA, H.G.;,KUDIII(YVA, M.K.
lf~,olysis of some antibiotics and their decomposition products
in the presence of ion-exchange resins. Antiblotiki 8 no.7t
598-592: JV63 (MIRA 1713)
1, Thstitut po izrkeniyu novykh antibiotikov AMN SSSR*

131W111111KOVA, M.G.; XU.PJ1iQJ'A,-&L; MIURAMEVA, 1-1.
Sequence of amino group subatitution 1n monomycin and Its relation
to the biological action. Antiblotikl 9 no.l.'13-17 Ja 164.
(MIM 18:3)
1. Institut po lzyBkanlyu novykh antiblotUov A.MN S..SR, Moskva.

- -- ---I
I'll ;!"; ~!,; $ ,
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. _U ~ . , , , ". *. . ! f 7- 1 i 0~ G 1! il , 1 . N . ; I I ~ C: ',H M'i? C',' 1~ , "ir .'l-i N.A.;
131O."Ift
LFWAy M.G.
-
1,jolhljr~n, purificattr~n rind .9tildy of tho of
I
antibloltvr, nf tho enciillne group. AntiblotiVI 10 no.61
4~P-4q) Jo 165. (MIIIA 18:7)
1. ImAitut. po lzyzkani~Ll 1101.r~kh t,nti)-!,)*-Ikov AMN Poskvn,

KOCIf?'TKOVA, C.111,; IMANOVA, M.K.,. ZIMENKOVA, L.r., !,ibirov, m,v.
I A
phy~iologlcvl characteristics of StAphylococcua and
Bart-irl.um parnooli mutantet witn an vx1dation dofe,~t.
Mikrob5ologlia 'J"' no.4-.587-592 JI-Ag 164. (M-7RA 1813)
1. ln3',ttut po izyakaniyu nr)7jkh anti tiotl.kov AKX S~SSF.

P
6 P -, 4wT 1-rel P w
NRs X16024977 SOURCE CODEs UR/0000/65/000/000/0347/0353'
AUTHOR: Kudinovam Al. I*; Porrian0vt V. V.
ORG; none
TIM: 11sturo of the brittle failure of steel in acid mod1a
SOURCE: AN SSSR. Otdoloniyo obshchoy i tokhnicheskoy khimii. Zashchitnyye metalli-
chaskiyo i oksidnyyo pokrytiya, korroziya metallov i issladovaniya v obla3ti elaktro-
khimii (~'rotectlvo motaUic and oxide coatings, corrosion of metals, " studies In
electrochemistry)* Moscow, Nauka, 1965, ~47-353
TOPIC TAGS: brittleness, stress corrosion, chromium steol.."I"r 41A, ~J'A- h 13
T
iho object of the study was todetormine the na
TRACT. ,ture of the decrease in the
stress-rupture stronzrth of a metal ~Mnrt~hronium steel Vhnder conditions whore fail-
roni"m 3t
ure due to stress corrosion cracking md hyd~roronbritt onesmAs basically possible.
V tt a
To this end, the dependence of the We of faiture of-11M13-steel on the density of thf
polarizing current was studied in 0.1 N H 2304 (containing 4 9/1 11a2S as the hydrogena-
tion stimulator) at room temperature. The brittle failure of lKh13 steel under stress
was found to be due to stress corrosion cracking and to be completely unrelated to the
hydrogen brittleness. The view hold by other anthors that the natureof the failure ol
chromium stools in acid media is related to hydrogen brittleness is considered errone-
ous. A plot of the rate of brittle failure of the metal versus the density of the po-
Cord

ACC NRi
0
larizing current, and comparison of this curve with a typical curve characterizing the
analogous relationship in the stress corrosion cracking of metals permit one to make a
reliable distinction between stress corrosion cracking and certain other destructive
factors which may be acting during the corrosion of metals under stress. Orig. art.
has: 3 figures and I table.
SUB CODFA II/ SUM DAM 12Aug63/ ORIG REFI 010/ OTH REFs 010
Card 2/2

TARASOVA, L.N.; ROMANOV, V.V* j, KUDINOVAO . -1.
Study of the pitting corrosion of a metal under stream by means of
the modeling method. Zhur.prikl.khim. 33 no.10:2285-2290 0 160.
(KERA 14:5)
(Corronion and anticorrosivea)

KIUDINOVA, N.J.; RU.MMOVII V.V.
Effect of polarization on the corrosion cracking of braEz
in a mercury medium. Zbur. priki. khiL. 36 no.11:2465-2469
N 163, (MIRA 17: 1)

D 2 0 4 / LJ3 05
Kudinovii, N i and L-,omatiov. V V
TITLL. ITIOUC11CC 01 tAIC ~n(-(IiLlrl 011 LiLle character-
i.Sti C shApe w: t hi" pol I I On C111-v---, in t tic ;tre as,
CoUl'u.';i0l'. L)L 1:1, L.il,;
P!-,,L~J0JlUikj, .4.hurnal pvikladnoy khiiAi. v 1~4, no. j. 19ol,
18 25 - 18,29
The i)Lirposc ol: the presunt ivivc.,AigatLoi-, wits to ascert-in
the inFluence (-)J, the degree Of w Lile Corrosive
iuvi on the ch;W~a-Aci-0;Lik' !;hapc 0i' Lh~- CUrVe I01C
triaLevii'll LISP(l IT! til(' VQD allov ZWVet. 1 5
thick. liavill;, tho tol lowi tiff Cilcial"r-A Col;-po:;itioll
2~3 Mg, 1_7 Cu, 0,4 Lill, 0,~ ,r. rv:,.t,iinue~- il 11C .13-I)CLLMCLIS WCM
cut in the dire(-;Ion ot rolliru,, aud had rtie shape usually used tor
stress corrosion !mecirrions It'hev vmrc. ~i.rit nniti-,aled at 460 - 480
for 3 hours, and Liwit water qucri-ctied ;,ii,11 artificially ar,"ce, at 1.200
for 4 hours ~(wiLh subseqLICTlt rcol.im!, in air". Ct,.s worl*in,-, surface
1;ard 1/4

74/008/0 1-3/013
!nfluence of tho cort-usive med',,in
(if t-hf, snncir-m-. !,.i.7 t~-n gr

after -.Aii Ai IA-ic'v dc,-rc,~
14 C Il, d 'r- :.I: I I L J.
5olutioll ol, 0 a i li~'i 1~a J-it-
17
i-er uc.pc.- nnd, pla(-eci in a 111 20 re -
i);,re~ spocLi:~,( '~rif~ vmi-o then 1hrolij,h Cal
openi.ng in t-he bottom, ill Whi C 1i L 11(!N' VC T iIC I C ;. 11 P0.1; 1". L i 011 ! IV Ult! 1111S
of split nibber bun~',F, which til(: tuu~ulocs 1 fie
tumblers, had double uaLls betwe(ni t-ih c-ut~,Lro L loci
I of
Liquid (-ircul'it.erl o l.ut- i C. I,
Na- I o- th~-- f o 1. r) -, .,.i n
Coliceill I-,It i oil- wo 1~c (Alo~Jvtl as corl
-' 1 N a i
~ .0
14 i
0
- 35 g
i 35 1 1
,
,
'
4
2
olarization ~-jas orodured 1)~' W.CitM; O~ W C I &M 1 ,L 0 1- C C I S iL i num
wire forming a uni.fom. loop rouri(" ','t i; J'OrLion Ot Q.1ch Speci-
1-.',Cn Wa.~ U.;Cd lifi HIC ;111XjAA,LI-Y C! no;-i-,-,c:r1'An;T, ~,urf.-.ice
and the grrips were I .n8lilated, by Ai-'-,2 glue ii.-- iiii- as
5 imi below tli(, t;ater line, To nc~ i 1,~~ '.'C ' .So a; ~-A2 "C' t 1j) '-;l the M(-, 1, -
al by means of univxinl pullAng ot- thc machilic
am! for tho initial state were equal 'ro ' 13 11C
I
Card 2/4

A/1034"1`008 1013/018
Influence of the corrosive niediui.-i. ~)_)o-y'/o305
tion was carried out at 300- The temperaturc ..,a!; controlled by
means of an ultrasensitive thermostat The rate oi corrosion ot
the alloy in the solutions investigated was deterTlined. grovinetri-
calLy at tirie. intervals of 'A' hours "Ihe tollowi-iol, were stt;died-
1) influence ot aggres3ivencis oi Lik-.( Cori-()sive on 'Cilo sinape
of the characteristic polarization curve in the stress corrosion of
the metals; 2) influence of a ch;i,,1,Ire in acid concenLration ot the
testin,i!, solution on the magnitude of the protective cilrrent in the
stress corrosion of alloy V95; .3) influence of cha-,ge in acio con-
centration of the above soLution on tiie rate ot. corrosiotl. of alloy
V 9.5 .-it was found that in the absencc of 1)ol;,riz,,iti(,n- an increase
in the concentration of sulphuric acid. from 0 1 - 0 5 IN increases
the rate ot cracking of the nietal by a factor o1 five 'ilic rela-
tionship beLween sulphuric acid co-ncentration anrl Jja,"
'11itUde Of pro-
tective current in stress corrosion crackin- oil alLov V95 is linear
(the protective CILrrcnL density is that at which corrosion cracking
does not set in for a period 5 times longer than in tne same solu-
tion in the i%bsencc of polarization) fhe stresses a)pear to be
able to participate independleaLly .n the destruction 0; cctals by
Card 3/4

S/080/61/034/008/013/018
Influence of the corrosive medium, D204/D305
causing mechtinical micro -.1isrupl-iuu., 01 LilL Idtti"-'-( .'i-i: latler
are Drobably responsible for the high rate of cracking. for tne
influence of tile plafAiCiLy Of 111P 1110tal on Llic rate ot cr-ckl*14.1,
and for certa[it other phenorlena Ybcre are 3 tigures. I t.:L)I.c and
3 Soviet-bloc references
-S U Bill ITT ED October 28, 1900
Card 4/4

77. T
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, ON -

LIVITSKIT, L.M., doktor med.nauk; TEGOROV, M.N., prof.; EMINOVA, T.r.;
LIBRRMAN, A.B.; ZlKgrVA, Y.K. (Moskra)
Associated antibiotic and dietetic therapy in chronic infectious
angiocholacystitis [vith summary in Zr4glishle Ilin.med. .37 n0.2:
79-87 7 '59- (MIRA 12:3)
1. Is klinW loohobnogo pitaniya (say. - prof. 7.K. Yon'shikov)
Institute, Pitantra ANY SSSR (dir. - chlon-korrespondent AMR SSSR
prof. O.P. Kolchanova).
(CHOI=STITIS. therapy,
antibiotics 6 diet ther. in chronic infect. anglo-
cholecystitis (Rua))
(BILS DUCTS, die.
chronic infect., anglocholacystitia, antibiotic &
diet ther. (Rua))
(ANTIBIOTICS, ther. use,
chronic infect. angiocholecystitte, vith diet ther. (Rug))
(DINTS, in var. dis.
chronic infect. angtocholecystitis. vith antibiotics
(Rus))

~.-, ,,~ " L'. 1 . , - f1,,0 fi - .'Til I -
il- _ ;P'.~1K.1- Lw~~~
I ,oj~fr,--'rinp, Lni! :, ~f f.-!--- in t,.r. :ln~~tlrr,
Mli5n. pron. I 'Ji7r.1 CI-E-163. '1716)

I Q ~, r 1 -,_;- -. '- 'e-n4- . " It.-
T
GOZILTNYO, N.A.J, ~ "I . . -
rj,L t!.: m . n,~. 1 L.k
rt~,tvrminlng -.1ilorine anl narbon dtsli-lri, !-',Pu:-i- - ~e 3 1 a carbon
I - --
Kh1m. prom.[*Jler.lj no.l,~,,~J-,l : -, - R- I ~. C, 'MIRA 18!4)

PHASL I BOOK I~XPLOITATION S (T; "tI
Akadeinlya nauk SSSR. Institut teoreticheskoy antronornii.
stronomidicskly yezhegodnik SSSR na 1062 ~. (AstronornIcal Y'-,Irbook of the
A
USSH for 1962) 'Moscow, Izd-vo Aliadctnii nauk SSSA, IDA. 047 P. Errata
slip inserted. 2, 000 copies printed.
Sponsoring Agency: Institut teoreticheskoy astronornit Akadernii nauk 5SSR.
Resp. Ed. : 'M. F. Subbotin, Director of the Institute of Theoretical Astronomy
of the Academy of Sciences USSR, Corresponding Member. Academy of
Sciences USSR.
PURPOSE- This book is intended for astronomers and geophysicists.
COVEaAGE: The Astronomical Yearbook of the USSit for 1062 has been com-
piled in accordance with changes proposed by the International Astronomical
Union to member organizations at its meeting in 1958. In addition to usual
Card I/IG

Astrf,noi;,,ical Yt.-arbook (Cont. SOV /5461
inforrnation on Eiv Suit, Nloon,* Earth, and plan 1,4, Ih,- Yv;.vlo-~ok cont..ins
the ephcrncrides of the lunar cratcr Movmiji:7, A, wliit.h until. were
publiilied by the ber-liner Astronornischcs Jalwburh, 111criin Astronrnni(a.
Yvarl),)ok I, and whose regiiiar publication has nov; l,)ec:x un(!,,.-,~~kcn by the
Institutc of Theoretical Astronomy of the USSR at *.".c request v, thc Union s
Comini,.Ivc on Ephvtnerldes. The solar, lunar, and plan'.1;,iry coor~Jjn.itcs
in the Yearbook are based on data supplied by the British Nalticz~l Alrn,,n-ic
as stipulated by the Astronomical Union. The inaterial In the Yearbook was
compilo:d and prepared by the following scientijits: computation of ephernori,leS
of the lunar crater Moesting A on high-sp~~cd computer HE',MS at the Vychihij-
tel'nyy trientr AN SSSR (Coinputer Cunter AS US570 - D. K. Kulik,~v, re,.lut I:C)n
of solar Lind lunar epheincrides - A.G. Mal'kova anr, G. A.
tion of nut;ktion on lilgh-speed computer IIE'NIS - 1). V. A:wrt,hin, 0. M. Groinciv.,
and A. Ya. Falctova; computation of reduction valuci; of vifdble posit-l"71-4-or-
ten-day and ricar-polar stars - M. B. Zhclcznyik ind ANI. A. Furse-)ko; prep-
aration of original data on visible positions of ten-day and near-polar stars -
Card-3tW

Atitronomical 'Y(-nrbor.)P (Cont.
E. A. Mitrofanova (in charge), Q. M. GrorrioXa, G. A. %lazing, T. r. Mlashin-
skaya, G. M. Poznyak, K. G, Shumikhina, and 11. A. Gutkina; heliocentri-:
coordinates of the large planets - Q. M. Gromova, A. G. Mal'kova; reduction
Valuej (trigonometric system) - E. Ix7m-lt~-Ofan-va, and K. G. Shumikhtna;
mean po:iitions of starn - E. A. Mitrofanova, N.M. B. Zhelc-,nyak, 0. 31%1.
Groninva, K. G. Shurnikhina, NI. A. Fursenko; solar and lunar eclipses -
E. A. Mitrofanova, M. A. 'Fursenko; planetary configurations - El. A. Mitro-
fanova, 0. NI, Gromova; ephemerides for physical solar observations - 13. A.
Gutkina, i.T.-Ma-shinskaya; ephemerides for physical lunar observations -
. g, P.A. Gutkina, K.G. SiiumiWiina;(ipliemeri,!esol'theillumina-
Mazinff
G. A
tion of the discs of Mercury and Venus - T. 1. Maahinskaya, G.'M. Poznyak.-
ephemerides for physical observations of Mars - G. N1. Mazinv, T. 1. Mashin-
skaya; ephemerides for physical observations of Jupiter - T. 1. Mashinskaya,
E. A. Mitrofanova; Saturn's rings - G. A. Mazing, T. 1. Mashinskaya; sunrise
and sunset - A. 1. Frolova; rising and setting of the Moon - P, A. Gutkin.- and
K. G. Shumikhtna: n1titudes and azimuths of the Polar Star - A. G. MalIkuva
Card 3/16
1

Astronomical Yearbook (Cont.)
and K. G. Shuinikhina. table for dc-termintnt, latil
tude by the altitude of the
Polar Star - K. G. Shurnikhma and P. A. Gutkina; preparaticri oi inanuscript
for publication - V. G. Kudhiova; review and edition of "Explanatory Notes",
D. K. Kulikov. There are no references.
'rAlil,l-" Oi- CONTFNTS:
Foreword 3
Times of the War. Some Constants 5
Epherneride.ti of the Sun 6
Ortho~,ronal Equatorial Coordinates of the Sun U62. U) 22
Orthohonal rriuntortal Coordinates of the Sun 4950. 0) 30
CardA/W -

UM/Mv--misiry - Peroxides Dee 52
'*Tbe Decomposition Mechanism of Benzoyl Peroxide in
Solvents," S. R. Rafikov and V. S. Kudinova, Inat Of
Chen Sci, Acad Sci Kaz SSR, Alma-Ata
"nk~4 SSSR" Vol 87, No 6., PP 987-990
The decompn of benzoyl peroxide was studied in ben-
zene and ethyl a1c. It was found that the mechan-
isiq of the decompn depends on the solvent. In sol-
veats which are incapable of reacting with the per-
oxide group, the decompn is thermal, while in sol-
vents which are capable of reacting with the
24m4
peroxide group, the decompu is one of simple ex-
change of radicals temps below that of thermal de-
compn. The kinetics and chain mechanisms of the
decompn are discussed in detail. The inhibiting
action of hydrogninone is explained. Presented by
Aced A W Nesmeyanov 25 Apr 52.
20T4

r,,;DT",-ZVA, V. -,.
befended hio Di!jnurtritl,,n for Candidate of Chwnivtl ',cionco3, Of
Chemical "Jcienc(j,;, AcAdway of "Iciencos', Kazan' Aimm--AtA, 195) 1
Dissertation: "Reactions of Benzoyl Peroxide in V,~riou-; Metiall
SO: qeferativn,,,-,r Zhurn,%l KhiratyA, No. 1, Oct. 1,,5) W29 ;55, 26 AP.- 54)

RAFIKOV, S.R.; KUDINOVA,'V,S.
---. -
Oxidation of organic compounds. Part 6. Decomposition of benzo7l
peroxide in benzene. Izv.AN Kazakh.SSR no-123:54-69 '53.
WaA 7:3)
(Benzoyl peroxide)

r i r, fI I I I I
jj~ Ir
eAUTHOR SUVOROV,B.V., RAFIKOV, SJ1.9
KUDINOVA, V.S., KHMURAt M.I., T
TITLE Un the Mechanism of Oxidation ransformations of Methyl Alcohol
Formaldhyde and Formic Acid in the Vapour phase in the Presence
of Tin Vanadate.
(0 mekhani zme okislitelInykh prevrashcheniy meti lovogo spirta
formaldegi da i miravIincy kialoty v parovoy faze v prioutstvii
vanadats. aloya
PERIODICAL Doklady Akademii Nauk SSSR, 1957, Vol 113, Nr 2, PP 355-357,
(U.S.S.R.)
Received 6/1957 Reviewed 7/1957
ABSTRACT On the occasion of oxidation of alkyl benzols in the vapour phase
on vanadium catalysts a considerable quantity of compounds of re-
latively small molecules develops as by-products. Formaldehyde,
carbon monoxide and -dioxide among them develop the ma.n products.
The formation mtohanism and further transformations of these "splin-
ters" are in suffioi*ntly investigated (methanol, formic acid and
others would be expected espectially on the occasion of oxidation
of the benzol homologiem*ith an isopropyl group). The present
particulars indicate that the lowest aliphate alcohols are the
moot unsteady ones. Larger quantities of corresponding a1dehyd*8
and products of a complete combu-tion develop from them by oxida-
tion. The yield of acids is small, allegely because of its unstea-
Card 1/3 diness under these conditions. Oxidation was carried out in a diaw
WTI
IC~_7

On the Mechanism of Oxidation Tranaformations MUMM
of Hathyl Alcoholf Formaldehyde and Formic acid in the Vapvur
Phase in the Presence of Tin Vanadate. 20~3~31/67
charge plant(1100 mm lenght, 21 xmm of diameter). The results of
experiments with methanol showed that It comgletely entera into
the reaction already at a temperature of 310 . The main products
weret formaldehyde and carbon monoxide, the latter obviously as
decomposition product of formaldehyde. This is confirmed by the
results of the oxidation of formaldehyde itself. Morsove rI illu-
station I shows that, on the occasion of formic acid, up to 4Cr/-
C02 develop whereas in th case of methanol and formaluehyde its
share does not exceed This demonstrated that formic acid
cannot be looked upon as necessary by-product of a complete oxi-
dation of methanol and formaldehyde. Obviously here the reaction
proceels in several directions. Also the residual oxidation of car-
bon monoxide is here out~of the question as the reaction of tin
vanadite at a temperature of 410 0 proceeds only slowly. Acoor-
ding to the peroxide- and chain-theory it is possible to suppose
& general scheme of oxidation of methanol(and formaldehyde) (re-
action 11) based on the results obtained. For the purpose of an
additional testing of this scheme, it was interesting to investi-
gate the oxidation of methanol under comparable conditions, how-
Card-.2/3 ever under presence of ammonia. As expected up to 90~4 cyano-hy-

On the Mechanism of Oxidation Transformations vvrvrv2qnftr
of Methyl Alcohol, Formaldehyde and Formic Acid in the Vapour
Phase in the Presezice, of Tin Vnadate. W-2-41/67
drogen developed on this occasion, probably by formamide. Ammonia
(3-5 g per I g initial matter) did not effect any essential modi-
fications of the HCN. CO does not react with ammoniaht the experi-
mental temperature either. It in ch&2'aCteriatic that on the occa-
sion of interaction between formic acid and ammonia under similar
conditions the HCN-yield does not exceed Wu. So the high HCN- yield
cannot be caused by the intermediate formatian of formic acid. The
results of these latter experiments thus confirm (under the given
experimental conditions ) the- above transfornations of methanol and
formaldehyde following each other.
(2 illustrations, 16 citations from publications)
ASSOCIATION Institute for Chemical Science of the Academy of Science of the
U.S.S.R.
PRESENTED BY ARBUZOV, B.A., Member of the Academy.
SUBMITTED 29.9.1956
AVAILABLE Library of Congress.
Card 3/3

KOSTI1014111, A.S.; XMINOVA, V.S.- RAFIROV, S.R.; SINOROY, B.V.; KHMM, M.I.
Oxidation of organic c0 R ort No. 20: Effect of
on .. ~Joundo* 0
witter addition t , Ic oxidation of aromatic compounds
in the gaae(ris phase. Izv.AU Kazakh.SSII.Ser.khim. no.2:56-
61 159. (14IRL 12:8)
(Aromatic compounds) (Oxidation)
~l

50 3) S 0,1111 3 -2 -7/
A JTHORS Suvorov, B. V., Rafi?ov, S. ij., xhmu-.a,
Kostromin, A. S.
TITL-% Lirc-ct Sintheais of Dinitrili,3 of the Aromatic Frcm
Dialkyl Benzenes and 'Zni-,ene Hydrocarbons
PEIINDICAL: Izvestiya vysehikh achebr:ykh VIved(,,rA-Y- Khi4l-'-;Ya 1;
tukhnologlya, 1959, 11ol 2, '.;r ,, -pp 61-4 - 4-18 '%USSR)
.A35TRACT
Card 1/ 3
Aromatic dinitriles are promising ra-n materials for the prod--ic-
tion of phthalic acids and diamines of Une a1iphatic-aro..-,3t,!--
and alicyclic sequence. These again are the initial prodicts
for the production of polyesters and polyamides (aLf I). The
latter, however, can be directly obtained fro,:i dinitrilis by
'their interaction with secondary and terti3ry highly molecalar
.alcohols (Ref 2). Hence the great interest in the new ways of
producing dinitril-us of various stractures. kfter giving a sur-
v,ey of publications (Refs 3,4) the authors state that they I;ave
been dealino with the catalytic ar-monolysis of orZanic coxzpoinds
for years (Refs 5-7). With re.-,ard to their task of synthesizing
dinitriles they pay special attention to the a=onolysis of
dialkyl benzenes especially in the presence of air. The apparatus

t Direct Synthesis of Dinitriles of the Aro:.-.atic Seqence .5 GY/ 1
From Dialkyl Benzenes and 'Lerpene 11j,drocarbons
u3ed for this purpose is filled with a i~ranulated citnlyat.
Mixed catalysts of oxides of vanadium, tin, and some
other clements with varyini.; valence proved to be .-o--3t ruffectivC.
p-Xylene is the most accessible and pro%,,i3ing ray; ::.atc-rial in
the synthesis of dinitrile of terephth~ilic acid. Hcnce its
trans f ormat ions were investigated most thorou..'71i1j. Iligure 1
shows the cualitative composition and tne ~,uantitative condi-
tions of t~e reaction products of a characteristic experizental
series. Hence it a.ppt;ars that oxidative am.;onolysis yields a
very complicated scale of substances. The main products, how-
ever, are the dinitrile and p-tolunitrile required. The co~jpo-
sition of the reaction products greatly depends on the reaction
conditions. The process can be directed to the .9pecial forna-
tion of any product by the choice of the respective reaction
products. The stractare of the initial prodact iz; also of im-
portance. In addition to p-xylene, other p-dialkyl benzenes as
well as hydroaromatic and terpene hydrocarbons underwent the
reaction mentioned. All of thcia yielded tcrephthalic-acid
dinitrile, and may thus be considered a source of reserve raw
Card 213 materials. Dinitriles of isophthalic and o-phthalic acid are

Lirect Synthesis of Dinitriles of the Aromatic Se-;,ienne SU7/153-,-4-21j/.'2
From Dialkyl D,~rzzenes ard Terpene Hydrocarbon.3
v(,-r,y interesting. In addition to xylylcne dia-irie3 (for the
production of high-,-Aeltin;;, fiber-forming polyamid~,n), othF--r
valuable compounda caii be obtaink?d: orthois~)~:,,~r (for
cyanine djes (Ilef 9), for rcfractory varni3hoz an,! 81a3zes)-
Their yield exceeded 50i,. ThIc, a.,.-~;nonolyijis :-.ic-tioncd can alao
tike place without oxy-en (iaef 3), 'Dut t!'c yielei Of Ginitrlle.3
small (5-Icr,') (Fig 2). Afo,,.-,atic aldehydl~-3 and acidli
rc-act readily with ammonia under oitalial- condit2-ons and give
nitrile yiclds close to theorctical ones (Ref lo). -, report on
t~!. ibov( -.,a-,vr
, ',iv(-n at the All-Union Corference on "Waysor
.;~Iitlqnlk) of 1-dti,-1 Products fbr tho 'r,-)LL1ct ion of "high Poly:zerzi" which
";I ~";k. I., I fr~);;~ Uq)te~rljor 2~ to October 2, 1958-
arc 2 fij;uren and 11 refs--rences, 8 of which are Soviet.
ASSOCIATION: Institat khiLiicheskikh nauk All KazSSR (Inqtit~ute of Che---icai
Scierces of the Acade,:-.y of Sciences, Kazakh SSIR)
Card 3/3

KUDINM.IL...V.S.j_RAFIKGVp S.R.j SAGINTATEVA, K.D.; SUVOROV, B.V.
Role of water vapors in the reactions of the vapor-phase
catalytic oxidation of arazatic compounds. Zh%&r.prikl,khim,
35 no.lOs2313-2318 0 0629 (KIRA l5s12)
1. Institut khimichaskikh nauk AN Kazakhakoy SSR.
(Aromatic compounds) JOxidation)-(Water vapor)

XUDINOVASY.S.1 SUVOROV, DeV.1 UKAROVA, R.U.
Oxidation of organic compounds. Report No.34S Catalytic Y&4~r
phase oxidation of n-propylbensene, n-butylbenzene, AM some
of their derivatives. Trudy Inst.khIr6.naUk AN Kazakh.SSR W57-
162 162. (Km 1q,121
(Benzene) (Oxidation)

SUVOROVP B-V-; RAFIKOV, S*RO; ZHUHANOV, B.A.; KOSTROMI?ll A*S*; XUDINOVA, VOSO;
KAGARLITSKIY, A.D.; KMRA., M.I.
Catalytic synthesin of the dinitrile of terephthalic acid.
Zhur. prikl. khim. 36 no.8:1837-1847 Ag 163. (MMA 161l1)

FOSS) VOL# 4-41TMEA-j- V-V-; PCSTRICOVA, G.B.; LUIsENIC0, I.F,
I-
DerivativeB0
1106-1-108 0 W' -k8toA05PJ21AIc acido. DOkl- AN SSSR 146 no.51
(PhOsPhWc acid) (MIft 15:10)

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NUDINOVA,
2. qsSR (600) 'y Region
4,, Phosphates Novo-ukrainski CtIvitles L the southern part Of thO re
_57. lzv. Glav- UP
-prospecting 81 r 19"- ~Abqtract
7. RSP.,t on the geological dsPO$its f0
Novoukr&inskiy phol5phorited
geol. fon. no. 21 1947
jKccessiona. UbrarY of Congresse )4arch 1953- UnclassiflOd-
9. t2alh-1 Ist 2f RUB Jan
__Z L, ~s

MLIL
G00109Y. structural vart of the Moscow Deprension. Trucly I,)IP.0td. geolo 1v 1951,
Struature of the soutbwestern
june 1952 10=, Unc I -
an Accessions Y tibrarY of congress Y
nn~th-l - - 22-85-1"n =-
9. 1 List Of -

KTJDTI,IOVA, Ye - A -
"Procedure for Paleotechnb Analysis (on the Example of a Study of the
History of the Formation of the Southwestern Part of the Moscow Dpression)"
Tr. Vses. n.-i- eol,razved. neft, in-ta, No 3 4, 1954, 1-10-1117
By constructing of alignment profiles (or surfaces of leveling) and
of paleostructural naps by the method of successive impovition of strati-
graphic horizons the author traces the transformation of the plutonic
structure and clarifies the laws governing the structural developmnt of
the nat southwestern parbo f of the Moscow Depressiozi. (I"ChGeol, No 6, 1955)
SO: Sum-No 787, 12 Jan 56

JDIN0T4,_Jgkat6r1nA AndrwiZtyjkp._ Prinimala uohastiye PMAMVA9 Y.T.9
geolog. VASIL' M, Y.G.0 otv,,rade; MIUKOVA, L.T., red.izd-va;
HAKOOMOVA, 1,A,o takhatred.
Wootectonic dervelopmont of,the talturs Of thO OOntral provinces
of the Russian Platform) Gootaktonichookoe ranitie strukturY
teentrallnykh oblestal VabakOl platforaw. jKoskva. lid-vo Akad,
nauk SSM 0 1961. 1, 94 y. (MIRA 14t3)
1. Veesoyuzuyy nouchno-iseledovetellskiy geolororstvadochnYY
neftyanoy institut (for Potapoiva),
(Russian Platform-0ealogy, Structural)

KUDINOVAt YeoA.
Ancient weathering surface of traps in the northea,atorn part of
the Siberian Platform. Much, soobo IAFAN SSSN no.3:18-25
160. (KIRA 160)
(Siberian Platformi-Rooks, Igneoua)
(Siberian Platfor*--Weathering)

KUDINOVA. J&M"
Ancient weathering surface and outlook for finding bauxites im
the northeastern part of the Siberian Platform. Biul.MOIP.Otd.
geol,38no.200-107 Mr-Ap 163. (KIRA 160
(Siberian Platrorm,-Bauxite) (41beriax Plot tform--Weatherizg~

F'. I.; MIRUSTSELEVSKIY, V.P.; KOIXSNIK, H.b.: -~~IXOTA, I.S.:
OLIrOVA, N.V.; SKMNOVA. L.A.
Susceptibility of tarbagans and Ever6mann auslike to experimental
,olague. Tel.i dokl.konf.Irk.goo.nnuch.-inal.protivochum.inst. no.
1:15-17 155. (MIRA 11!j)
(RODUTIA-DISEASM AND PESTS) (PUGUN)

. Y.P.; SHIRNOVA, L.A.; EUDINOVA
Y
"61ASUM, R.S.; MUSTULIV50yo
Z.S.; OLIKOVA, V.V.
Axperimentel plague in torbagans and Xyarnmann sualike. Tom.i dokl.
konf, Irk.gosensuch.-isel,protivoobum. inst. no.2:23-24 '57.
(PIAGUS) (MIRA 11:3)
(HODUTIA-DILWAUS AND PSSTS)

MMS, I.I.; KHRUSTSIMSKIT# T,?,; KOLASNIK, R.S,; UMINOVA, Z.-S.;
OLIXDVA, W.V.; SKIINOTA. L.A.
9noceptibility of Siberian marmots and long-tailed susliia
to experimentally in&wod plague. Isv.Irkgos.n&wb.-Issl.
protivoobus.insts 14r3-18 157. (NM 13:7)
(ROMIffTIA--DISFASN) (PLLM)

KLITS, I.I.; KOLISNIK. R.S-: EM SNJVSKIT, T.P.; SMIMVA, L.A,;
---MIffQVA~LZ.S.; OLIEDVA, I.T.
Uperimental plague amovg marmots and long-tailed suslike.
liv.Irk.goo.nauab.-Iseloprotivoobum,lust. 20:15-30 159.
(NBA 13:7)
(PIAGUII) (KMOTS--DISIASES AND PIM)
(SUSLIKS--DISUSIS AND PASTS)

KUDINOVA, Z.S.
Materials on plague epidemiology In the Mongolian Peoplels
Republia. Isv,lrk.cooonauoh.-imal.protivoobun.inst. 20t
99-103 '59. (MIRA 130
(HOOOLIA-FUG")

KUDINOVA-PASTEHNAK, P. KO
Marine Biology
Interaction of blo-filters and water masses. Vop. geog. 26, 1951.
Monthly List of Russian Accessions, Library of uongress, April, 1952.
Unclassl=ed.

KUDINOVA-PAST.M". H.K.
Possibility of the spread of the shIpworm Into the Caspian Sea
(with SummJ7 In Inglieb]. Zool zhur. 36 no.6:947-515! Je $57.
(MLU 10! 8)
Kafedra zoologli besposvonochzykh Moskovskogo gosueAretyennngo
,miversitsts, im. N.Y. Lomonozova.
(Caspian Sea-Shipworns)

k - - All
20-3-48/52
Ala: Kudinova-Pasternak, R.111K. 4 1
TITLE: Some Peculiar Features in the Propagation and Developmwit
of Three Species of the Teredinidae Famili (*,tkotoryye
osobennosti razmnozhenija i razvitiya trekh vidoy
semeystva Toredinidae).
PERIODICA.L: Doklady AN SSSR, 1957, Vol. 117, Nr 3, pp. 41,'0-532 (USSR)
ABSTRACT: Nothing is known as yet on the aevelopment of most of the
marine wood-boring mollusks of the indicated family. Its
representatives are characteristics for the protandric
hermaphroditism. With species with an external impregnation
eggs and sperm are delivered into the water where the impregna-
tion takes place. With species with an internal impregnation
the female sucks in the sperm from the water by way of the
inlet-siphon. The impregnation occurs in the so-called supra-
branchial chambers between the brunchiae, where the further
development of the lnrvae takes place. With the specios with
external impregnation the larva runs through the stages Of
the Trochophora, Veligera and Velikoncha until it is mature
to settle down on wood. With the others the larvae remain in
'the maternal oreaniam until the Btage of an early Irieliger"
Card 1/3 or even al'Volikonchall and then is delivered into the water.

Some Peculiar Features in the Propaeation and Development 20-3-48/52
of Three Species of the Teredinidae Family
While the one or the other kind of development is
specific for certain species, some are able to change over
'from one way of propagation to the other. Zernov calls this
phenomenon Poecilogony. Teredo navalis is a boreal species
and does not feel at home in the Adriatic, because of its
high water temperatures. While this wood-borer delivers
early "Veliger" larvae in the North, it yields I'Velikonchae"
larvae in the South, ~he latter are ready for settling. In
the Black Sea where the temperature and salt content are more
favorable the larvae leave the maternal organism as early
Veliger. T.utriculus and T.norveFioa are 'to be found
together in the South-West of France. It is very difficult
to distinguish these two species. The only difference is of
biological nature: While the 'T.norvegioa delivers
unfertalized eggs the whole year round, the T.utriculus does
it only during the winter. During summer the female bears
the larvae the full time in the branchia chambers. Together
with Roch (Ref. 10) the author thinks that these two species
Card 2/3 are more likely to be two subspecies of one species than two

Some Peculiar foatureB in the Propagation and Developm,~nt 20-3-48/52
of Three Species of the Teredinidat Family
proper speoias. It is said that the T.pedicelikita k~:eps
the larvae in the branchia chambers untill the'"IelikonchalL
stage in the Uediterranean. But the author h-rL!s o~,3erv,~-d a
delivery at the early "Veliger" stage in the Bl,ck Sc%a. Ont,
fact remains obscure, namely the question why the
T.predicellata propagatea only at 10-190 in the
Mediterranean. The question must be left unazimnered, so much
the more, as Ayshem and Tayarney (Ref. 5) doubt the accuracy
of the determination of the T.Pedicellatn. .
There are 12 references, 2 of which are Slavic,
ASSOCIATIOU. Moscow State University 1x4 No Vi LownoBOT
(Moskovakiy goeudarstvennyy ~nivermltet im. It. V. Lomonoeova)
PRESENTED: October 22, 1956, by 1. 1. Shmallgauzen, Academiician
SU13MITTED: October 19, 1956
AVAILABLE: Library of Congress
Card 3/3

XUDIWVA-PASTEMaK, R,K*
-- - - - - - - -- -.-I
Survival of the shipworm (Teredo navalis L.) in fresh water and air.
Hauch. dokl. vys. shkoly; biol. nauki no.2:10-13 158. (MIRA n:10)
1,Prodstavlona kafedroy soologil bespozvonochnykh Mookovskogo
gosudarstvennogo imiversitsta Imeni M,V*Lononosovas
(Shipworm)

KUDINOVA P STBRUAK R,Kt
W ~
Terodo pedicellata quatrefagas found in the Black Sea [with summr7
in English] Zool.vhur. 17 no.10:1555-1557 0 '58. OGRA 11:11)
!. Kafmdra zoologii bn5p02vonochnyklh Mookovskogo goeudRretvannogo
universiteta.
('Black Sea-3bipworms)
0

KUDIROVA-FASTERNAK, R.K.
- ----
Survival of shipworms of the Black Sea (Teredo navalis L.) in sea
water of various salinity, arA temperature. Zool.shur. 39 no-7:
1003-1011 J1 160. '(MIRA 13:7)
1. Department of Inverterbrate Zoology, Moscow State University.
(Black Sea--Shipworms)
(Salinity)
(Temperature--Physiological effect)

K=.'OVA-PASTEfC1A'.,*'~ , it. K.
Maturation of gonads and formation of the larvae of Teredo navalis L.
in waters of dec=eaxed salinity. Nauch. dokl. vys. ahkoly; biol.nauki
no.2:28-31 162. (MIRA 15:5) 1
1. Mkomondovana kafodroy zoologii beepozvonochnykii Modkovskogo
gonudarstvermogo universiteta im. M.Lomonosova. .... .
(SilipwoRi-is) (SALINITY)

KUDINOVA-MIMILAK R,K.
Effect of sea water of reduced aa-Unity and various temperature on
the larvae of the ahipwom (Teredo navalis L.). Zool.zhur. 43.
no.1-49-57 Ja 162. (MA 15:4)
1. Department of Invertebrate Zoology, State UniYersity of Moscow.
(Shipworms)

FUI~j NU'if,--sl ll.f .
I
I"Al effect Of h.,vgh on Tomdo L.(~.'ojjusc.-,,j.
B.Ivalvia, Toredinidne). 4-lool. ir'.) no.7,10T.-IO'llo 164.
(MA 1-7:12)
I- R103091cal-PedologIcal Faculty. Moscow SU~~tc, University.

Kn) -'t I ow , ~ ["~ "-' -."" .
Frct-IrDirymy (if V-~ -t'~ fill A zhur.
k'
-, ./, n,,~. ?8458-4to.) lt,'Q (MIRA 12A)
1. Department r.,V 'flvel-tO)ra I f-- "!-,- 1 - ~, -,,, *,,~ JT,~. jytjrq I ,.y- -.f V
I - - . I ,-,SCOW,

KUDINOVICH, F. A.
Reconstruction of machine parts by electrolytic iron plating Leningrad, Gos.
nauchno-tekhn. izd-vo mashinostroit. Litry Leningradskoe otd-nie 1952. 44 p.
(54-18331)
TJL53.K8

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