SCIENTIFIC ABSTRACT MOLCHANOV, V. A. - MOLCHANOV, YE. I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001135010012-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

ACC NRc AP6025255
The effects of radiation noise on the emission from the GSI-IM laser were also
evaluated. The authors showed that 'the lifetime of the excited state of neadymium,
ions decreased at high pump densities, resulting in corresponding elevation of the
threshold and a drop in the laser efficiency. Orig. art. has: 3 figures and 6
formulas. MI
SUB CODE; 20/ SUBM PATE: 26jun65/ ORIG REF: 004/ ATD PRESS:
7 If

L 4222fL-6k FEWT(m)/T/E@@P(t)/ETI IJP(c) M
-A:C-d _NAx AP6015472 BOURCE CODE: UR/ 667oo 0-57-1907M]
AUTHOR.- Mash*wa, Ye. B.; Malchanov, V. A.
ORG: Moscow State UniversiW 11n. M. V. Lomonosov (Kookoveldy gosudareftennyy
universitet)
-Mstal, scattering
TTrM: Ion
SOURCE: Fjzjka tverdogo tela, v. 8. no. 5, 1966, 1517-152el
TOPIC TAGS: particle scatter, coulomb scatter, crystal optic property
ABSTR&CT: In. earlier articles, the authors showed that many mechanisms of ion-solid In-
terface Interactions allow a simple quantitative Interpretation if the Coulomb-dependent pre-
dominant smaU-angle particle scattering Interaction Is taken Into consideration. rh this paper,
the autbors show that the application of the earlier derived concepts to the scattering of tons by
single crystals makes It possible to explain some other mechanisms being observed. The
authors present results of an investigation of the power spectra daring thescatterN of inert
gas long with energies of 26 - 30 kev by facets (100) and (114) of a _q@4nLstaV -The results
obtained show that during the scattering of tons by crystals, un&r certain conditions in the
1/2
LqErd

L'423("6
ACC NKc AP6QI5472
scattered beam, ions which have undergone two-fold scattering Predominate. R Is also noted
that the extremely idealized model of the mechanism presents a quantitatively correct repre-
sentation of do mechanisms observed. Yu. V. Martynanko performed some of the evalua-
tions. Orig. art. has: 5 figures.
MB CODE: 20/ SUBM DATE: 210ct65/ ORIG REF: Q1Q/ OTH REF: 007.
Card

ACC NR- APG015783 SCUMS CCDE: Ult/0048/GG/030/005/0854/0856
AUT11OR* Hashkova., Ya.S; Holchanov, V-A---
OM: Scientific Ile search Institute of Nuclear Physics, Bloscow State Uni eE@!Lty Agk.
1J.V.Lomonosov (Knuchno-issledavatel'skiy institut yadernoy fiziki HaskGvskogo gosudar-
stvannago universiteta)
a., I I
TITLN: Ion scatteri R by crystals /Weport, Twelfth All-Union Conference an the
Physical Bases of Cnthode- troni hold in Leningrad 22-26 October 19657
SC4JJbL;i;: AN SSSR. Izvestiya. Scriya fizieftestcayn, v* 30, no* 5, 1966, 654-856
TOPIC TAGS: ion scattering, multiple scattering, copper, noon argon, krypton, ion
encrj@y
A11;7"ACT: The energy spectra of qipittally monoenargetic No , Ar , and Kr:'* ions scatter
ed in ,ho (110) plane of n c,3ppct:4'Atjf@stal from (100 and (114) faces have been recorded
in, nn Livesti-ation of mulJ-Ple scattering of ions front crystals. The monoc-nergetic
iou bo-ims were prodticed with the mass monochromater described elsewhere by V.A.
Molchiaov and V.G.Tallkovskiy (Veatti. Itosk. ttn-ta. Ser. fiz.-astron., Ile. 1, 22 (1961))
da@a ive presented for scattering of 25 keV Kr+ and 30 keV Ar+ and X0+ ions. The ions
scattered through a predetermined angle from the converging mortoenorgetic beam (conver_
Gencc an,;1c, 20) by the crystal face entered the I x 4 mm slit (located 16.5 cm from
Cite scattering crystal) of a 10 cm radius 1800 electrostatic energy analyzer (energy

L 36.3-3-3-605
ACC NRI APG015783
iresolution, 1 %) and were recorded in a Faraday cup. The presented spectra, recorded
,it grnzing an-les; from 10 to 170 and scattering angles from 27.5 to 500, showed that
,the contribution of doubly scattered ions to the scattered beam increased with decreas-
xn- distance between the scattering atoms (i.e. , in passing f rou the QAQ to the (100)
scattering faces) and with increasing atomic number of the scattered ion. Under some
conditions doubly scattered ions predominated in the scattered beam. Calculations of
Yu.VAIart;yncnko (Fiz. tverdogo tela, 6, 2003 CL964)) indicated that the probability of
I
of dotible scattering should increase with increasing atomic number of the scattered ion
and the scattering atom, and with decreasing energy, distance between scattering atoms,
and scattering angle. The present measurements are in good agreement with these con-
clusions. The authors thank L.A.Artsimovich for discussing the organization of the
work and for assistance, and Yu.V.Uartynenko ind E.C.Parilis for discussions. Orig.
art. has: I formula and 2 figures.
CODE: 20/ SUBM DATE: 00/ ORIG REF: 003/ OM OF , (102

L 33115-66
'XC__C Mt.- - AP6024W3 SOURCE. CODN: UR761w/91666W&@jW6206
AUTHOR -. Zav tyalov, k. .; Get fman, A. A. i, -1461chanav, V a D o; KrMZ!!k, ff. P.;
Agranovs@!Y_, K. Yus; Berger, A6. Tao; Greyere 4, *1- 01 6 9! r - T] ar, To* V.;
PTaitman, K.- 1 6; - AST-ju-tu' v - F. i GUbanov, - v . V.; Oran__sQ5;,__F1e_1 o; Yevseyor,' M To
Merkin, Go B.; Sinellnikov, Too No; Avilov-KarnauMFov_,_3_.ff_.; INEguatif A* Gi;
-Bolymyev, I's Po; Peklmrt r._T_e_,_ChhrMuvsUy,_r6 I* ZZ/
ORG: none '7 L'
TITM: Q* Be Bron (on his 70th b1--thday)
SOMCra IrJZ. ftektrormIchanika, no.,2, 1966, 235-236
TOPIC TAGS: electric engineering personnel, circuit breaker
ABSTRKI't Osip Borisovich Bron Tms born in 1896 in Klintsi. In 1920, he graduated
from the physics-math faculty of Kharv_kqV.,,Z qdl.Inatit@@* Ile bacam a pro-
fassor in 1930- He defended his doctorts tbbsis ih-_i9W-; D@@jgthe second world
war, he was in the nav7o After demobilization in 1950. Engineer Colonel Bron went to
work toaa1xing at the Lanin;Ead Tr-dustrial. Correspondence School. Ife became the head
of the CImir of Theoretical Bases of Electrical Technology in 19-58a Ito is 07osely
associated with scientific and development work, and has cooperated closoV in this
area with the Lenin 191ektrosilaff plant since 1946e His work has been in the
areas of am high-power t breakers. Its has published over 140
scientifts works and 19 iwmntionso JPRS,
sm Coo: o5, og / mm DArz.. nons

MOWIMOV v F.
Matrix elements of irreducible representations of a symmetric
group. Vest. MosIC. un. $sr. 1: Fat., mekh. 21 no.1:52-57
ja-F 166. (MJRA 19:1)
1. Kafedra teorti funktsiy i funktalonallno'go analiza Moskovskogo
gosudarstvennogo universiteta. Submitted May 8, 1964.

MOLIMANTi. V,F., inzh.
.Irc-miim plating. Mash-, nostroenie
Obte.iw.rg comb:Lned coatirga in c,
no.40MO Jl,,*.v, 164. (K?-t 37. 10)

mowffmoV V.F.1 KAMEVITSKIT, V.A., kand. tekhn. aduk
nt
(Rapid chromizing) Skorostnoe khrow-drovanie. Kiev
Tokhnikas 1965. 249 p. (mim 18til;

MOLCHANOV, Vasilly Fedorovich; VORONITSYNIp I.S., kand. tekhn. nauk,
--dots.---d
j. nau bryy-rucr.; BOGGRAD, L.Ya., red.; KATSIMISCH, N.Ye.,
red. izd-va; BEELOGMUVA, I.A., tekhn. red.
(Rapid self-regulating chrome plating; characteristics of chrome
plating properties of deposits, and selection of efficient
-methodsiSkorostnoe samoreguliruiushcheesia khromirovania; osoben-
nosti khromirovaniia.. svoistva osadkov i vybor ratsionallrqkh re-
zh4mov. Leningrad, 1962. 59 p. (MIRL 15:12)
(Chromitm. plating)

KCLP,HAIfOV, tiktor Grigorlyevic4; LITSHITS, Ta-L., red.; SAYGMIKO, TO.T-s
tekbn.reds
[Ethiopia] IfLopiLa. Koskya. lzd-vo gZaania.' 1960. 31 p.
(Tasaoinzaae obahchastTo Po maprastranealLu politichookikh L
nauchuykh znanil. Ser.7, Kazhdwmradnaia, ao.20). (KIRA 13:10)
(Ethiopia)

I K&CHINSKAYA, I.T.; BARKRASH, MOLCHANOV, T.I.
------- - -- ------
Reactions of aldehydes and ketones with acetic anl7dride. Part 3. Re-
action of cyclopentanoas, acetone, and methylpropylketane with acetic
aldehyde. Zhx=.ob.khim. 23 no-5:756-759 NY 153. (KERA 6:5)
Orstoaes) (Acetic anhydride)

NOLGEMY T I
Unusual wear of core bits. Hazved.i oich.nectr 21 no-2:52-53
Kr-AP '55- (mm 9:12)
(Boring machinery)

15-57-3-ZBWD
Translation from: Reeferativnyy zhurnal, Geologiya, 1957, lir 3,
p 194 (USSR)
AUTHOR: Molchanov, V. I.
TITLE: Some Problems in the Technology of 3hot-Borin (Neko-
toryye voprosy tekhnologii. drobovogo bureniyal
ABSTRACT: Bibliographic entry on the authorts dissertation for
the degree of Candidate of Technical @ciences, presented
to the Tomsk polytechnic Institute (Tomskiy politekhn.
in-t), Tomsk, 1956.
ASSOCIATION: Tomskiy politektin. in-t (Tomsk Polytechnic Institut6)
Card 1/1

14(5) SOV/132-59-2-5/16
AUTUORS: Molchanov, V.1 Hatrosov, V.M.
TITLE.- On the Choice of Initial Parameters for Vibration-Rotary
Action Drilling Machiaes (K vyboru iskhodnykh parame-
trov burillnykh mashin vibratsionno-vrashchatel9nogo
deystviya)
PERIODICAL: Razvedk-a i okhrana.nedr, 1959, Nr 21 pp 25 - 30 (USSR)
ABSTRACT: The article describes the results of six years of re-
search conducted by a group of scientists of the Ka-
edra, tekhniki razvedki (Department of Prospecting
Technology*)of the Tomsk Polytechnical Institute, on
the creation of highly productive drilling rigs and
the improvements of existing drilling processes. It
was found by empirical and graphical computations
that: 1) the volume of rock crumbled by one percus-
sion depends on the angle of percussion and reaches
its maximum at the angle of the most advantageous ap-
plication of force ( P) in addition,@.to the angle
of friction ((p); 2) the maximum efficiency of percus-
Card 1/2 sion-rotary and vibration-rotary drilling is obtained

SOV/132-59-2-5/16
On the Choice of Initial Parameters for Vibration-Rotary Aclttlioa
Drilling Machines
at such correlation of oscillation frequency with the
rotation speed at which the direction of the percus-
sion coincides with the angle-P ; 3) the experimentally
found- values of the ang-le~ permit the calculating of -
axial speed of the drilling bit at the moment of per-
cussion at a given speed of the drill; 4) the rotary.
speed of the drill and the calculated axial speed of
the bit are the initial parameters for the choice of
the optimal drilling regime and for the construction.
of vibration-rotary drilling machines. The analytical
and graphic computations are described in detail. The
author mentions the following scientists who took part
in this research: I.S. Mityushkin; G.I. Tols4u--ykhi G.A.
Kushnikov and V.I. Butov. There are 2 graphs and 1
set of graphs, 2 diagrams, 2 tables and 4 Soviet re-
ferences.
ASSOCIATION: (SNIIGGIMS)
Card 2/2

MDLCITANOT.-V-.I-.-,,-imnd.tekhn.naukI LESHCH&Vp D.A.1 inzh.
Calcualtion of loss of pressure in standard and ella hales,
Trudy SNIIGGIMS no.10W-108 t6O. (KERL 1@:12)
. . . . (@Oring)

IESHCHEV,,'D.A.; MI)LOHANOV, V I
Gazient carrier with doping bottom. Trudy SNIIGGDS n*.ID:-16W-
170@960. (KM @5112)
(Oil well ceme#@ng-Equipment and supplies)

ISSHCHE:Vv D.A.; YOLCIIAIIOVt V-I.
Comparative analysis of the designs of subsurface samplers. Trudy
SNIIGGIM no.WI75-187 161. (MM 15:8)
(Core drilling-Equipment and supplies)

MOLCHAROVt V,I.
I Thq@ry of
SNI.IGGIY3
parabolic jet bits for dri1ling soft rocks. WU@
no.18:192-205 161. (MM 16:7)
(West Siberian Plain--Boring machinery)

MOLCHMOVO V. 1.
@, , -- ... ....
Kethcds for detemining the angles of optic axes by indireat
means using the Fedorov universal stage. Up. Toes. min. ob-va
93 no.1:60-a 164 (MIRAL 1W)
1. Sibirskiy nauchno-iosledovatellskiy institut geologii, geo-
fiziki i mineraltnogo e7rtymp Novosibirsk*

MOILHANOV, 7.1.
Ivan Fadorcvich .1695-; on tic 70th birtMay. aad.-Mmed.
akzFert. 8 no.1:61-62 Ja-Mr te-5. ('M:R@ 18'.5)

AMSHINSKU, U.N.; MARIMI, I-V ; VIPLCIM@_Ljtj OHLOVA, L.I.;
GORB, A.M.; KUZIJETSOV: YU. -A.-,-rtauchn. red.; SPORCHKOV,
I.Ye.,, nauchn. red.; y;'@YzjjAjiQ","SKIY, V.A., ved.red.
(Accessories of the granitoids of the Altai and methods
for studying them] Akt-pssorii granitoidov Altaia i me-
todika i-kh izucheniia. Moskva, Nedra, 1964. 175 P.
(MIRA 17.10)
1. Chlen-korrespondent AN SSSR (for Kuznetsov).

ZAPOROZHETS. B. I.. inzh.; inzh.
Preventive maintenance of 110 lcv. transformer entrances without
disrantlin- them. Energ. i elektrotekii. prom. no-3:67 JI-S 164.
0
OMIRA 17: 11)

I* MOLUANOVt V.L.
2. USSR (600)
4. Viticulture - Uzbekistan
7. Leaving vinegyards uncovered during the winter in Uzbekistan. Sad iCf. no.10,
1952.
9. Konthly List of Russian Accessions, Library of Congress, Jamary -1953. Unclassified.

1-%)LC1-a.OVp V. L.
"The Dispordt-don and Main DeveloX-entel Conditions of' lonirr-*,- teed
li iga
Viticul-ture in Southern Uzbekistan." Cand A-gr Sci, M-Union Sci-Res Inst of
'Viniculture and -Titiculture, Tashkent, 1953. (RZhBiol, No 7, Dee 54)
Survey of Scientific and Techrical Dissertations Deferded at USSR
Eigher Educational Institutions (12)
SO: Sm. No. 556, 24 Jun 55

v
-@ 0
KO Ir r.- SHKIDT. K.S.
%
YAmunass for sconamisirg on electric power usai by the hoistlag
amamtu of thi 01mg of tho OX08tv*740111, CO*IW. Prox, suerc,
12 no.7:22 JI, 157. (nm to.-Sy
(Electric power)

-DOGUIT-!Iuyf S.S,f inzt@.; OHK.AM)Vrv.1'., inzh.
_!L j
3parkproof instmaent for i@.ea-sjring current and voltap in niner'.
Bezop.truda v'pram- 5 no.!,.23-21 Z--, f,2. UOm-a jj;-:Z)
1. Kuznetskiy nauchno-issledovatellskiy ugollnrf institut.
(Blectric meter3)

BOGUTSKIFt S.S.; ZA@UJVA7jFjfTAj B.I.; KI-LIKAH, A.Sh.; KISLOV, A.H.;
ionovsYM, P.P.; TAIRASEVICH, L.I.; BLUMLY
H.A., o'f'v* -ed.^ BELOV, V.S., red. izd-va; OV=E EN`21,0, V.G.,
td',-,hn. red.
[Automatically control-led minirg systems1Pudnichrqe avtorati-
cheskle ustanovki; prakticheskoe posobie 'po avtomatizatsii na
shalchte. Yoskwa, Gosgortel.-hizdat, 1962. 195 p.
(MRA 15:12)
(Minirg machinery) (Automatic control)

BOGDAIIGV, Yu.V.p inzh.; 1.1191. @IUNRJ,N. Inzh.
Program control of cutter loaders having a selective actuating
mechanism* Shore RuzIMIJI no.,10:10-2-201 t64. (TC.P.A- 18.-q)

6
EEC(k)4/'EWA(hA__W_,T(_1)
ACC NRi
AP5025763 SOURCE 00121 Mt/0286/65/000/Mg/0130/0M
AUTHDRS s V.1 Kidloval Vd, F'; w1chem? To at lbrazte ye,
. I--- ! J
Sbishorin, V, A, PojM* Ps L; Nikiforov, A, pg-
ORG i none
TITIS t A dibarete contactless pMea-sensitive Rigku class 74o NO. 174962
fannounced bylusnetak Scientific Reaggeh Coal Institute (Kuznstakiy nauchno-
issladovatellaw ugollwy instnut)_/
SOURCEt Byulleten' izobreteniv i tovarnykh znakov, no, 18., 1965., 130-131
-:TAGS iL)hase me
MPIC ter magnetic circuit.- mapet
This Author Certificatepresents a discrete contactless phase-seneitive
pickup consisting of a fixed toothed magnetic circuit vithcontrol windings and a
moving magnslic circuit without windings. In order to simplify the pickup and to.
obtain an unambiguous signal pickup, two readout windings are situated on two ex-
tornal, teeth of the :Uxed mapatic'eircuit (see Fig. - 1). The mov4xg magnetic cir-
cuit., which Isconnected to the moving object, is equipped with one readout, tooth,
1/2 =1 6Z.083.8262-503.83 L

tqcL,c V.
USSR/Forestry - aeneral Problems.
Abs Jour Ref Zhur - Biol.., Ito 5, 1958, 20103
Author Molchanov, V.P.
Inst
Title Top Fire Spreading Conditions in Pine Woodsi
Orig pub Lean* kh-vo, 1957, No 8,, 50-53-
K-I
Abstract The origin and spread of top fires is considered from the
point of view of physics and a classification is made of
the causative factors involved in this process* A heat
distribution scheme is presented for the forty year old
lichen and moss pine wood and the thermal dynanics are
characterized*
Card 1/1

94-9-34/47
The Kind of Instruction Needed for Fire Protection of Forests by kviatioa (coat.)
the now instruction did not establish any detailed basis for co-
operation betffeen the air and ground patrols. The question of setting
up,atrfields is.equally obscure. The article urges that at least two
parachAtists,be sent to the fire area and not one, as stated in the
instructicn,-'and also that the age group for parachute jumps be
restrictede The instruction issued by the USSR Ministry of Agriculture
contradiots another eDdsting document. on the subject 'issued by the
Main Administration of ''. Civil Air at the USSR Council of Ministers.
For instance,' the norm for the cruising speed of fhe Mi-4 is incorrect
(in the new instiuat-ion) and so are several other data, like the size
of platform for parachute landing, data on jumps.over a forest,, atc.
The article also criticizes the style and terminology used in the new
instruction and accuses the editors of ambiguities* A. photo accom-
panies this artimale, ahawlh& a forest fire. It was made by
Yu. Baftin. The capttPn r4iAst an An-2 brought parachutists to the
place on fire.
AAHABLEt Library of Congress
Card 2/2

USSR / Forestry. Biology and Typology of the Forest. K-1
Abs Jour: Rer Zhur-Biol-, No 6, 1958, 24651.
Author 92ighaa=_r@@
Inst Not given
Title The Change of-Humidity-of the Needles of the Pinus
Silvestris L. In Connection with Tree Top Fires.
0,rig'P.ub: Bo-tan., zh., 1957, 42, No 2j, 294-296.
Absti,act: A:study wasmade in young and fully-grown pine for-
ests
on the Karelian isthmus. An identical humid--
ity of the needles in various parts of the crown
is registered. Graphs are given of changes of htunid-
ity of the needles by age. It is pointed out that'.
young needles have the most moisture, while the
old ones are the driest. A sharp drop in the humid-
ity of needles of all ages is registered in the
springtime, which is explained by the approach of
Card 1/2

SOT/84-5(3-4-23/48
AUMORS: Kurbatakly, M.p Molchanors V., Bitkovp P. (Leningrad.)
TITLE: Laying Fire Barrier Strips by Helicopters (I?rokladka
protivopozharnykh zagraditeltnykh polas a vertoletov)
P MODICAL: Grazhdanskaya aviatsiya,, 1958# Nr k, PP 31-32 (USSR)
ABSTRAM: The authors give first a historical sketch of attempts to lay
fire barrier strips from aircraft in which they refer to USA
experience. Since 1955, joint experimentation by the Central
Scientific Research Institute of Forestry (TaKrUar-Tsentrallmyy
nauchno-lasledavatellskiy institut lesnogo khozymystm), the
State ScientMe Research Institute WOOM) of the 07, and the
Central Aviation Base for Forest Proteetion has been carried. on.
The article discusses various methods that have been tried. and.
the remilts achieved. Limited success was due to the lacle of
an efficient spraying device, such as a proper pump The PS-8
pmup used thus far- Is considered. too heavy (160 kgj. A photo-
graph and a diagram accompany the text,
1. Forest rires--Control systems 2. Helicopters--Perrormance
Card .1/1 3. Firefighting vehicles--Equipment

RUDAKOV, A.; VASILIYEV, G.; EPONERt R.; MDLC
@ -MOV -ly -
propogals made Ir engineers. Pozh.d.elo 9 w.l2sZ5 D f62.
(KEL 16:1)
(Fire.preiention-Technological innovations).

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ItslAt. The 6yre forinslints of "A-
&14(4( 14(t. I%y Xjf@(Ij-% C(L4, (Okkulc4o

MOLCHANOV, V. S. 1 Sep 52
USSR/Chemistry - Silicon Compounds, Cooper end Iiickel Compounds
"Diamine Complexes of Copper and hickel Siliestes," 1,.Ye. Frikhid1ko,
0. S. Molchsnova, V. S. Molchanov, Inst of Silicate Chem, Aced Sci USSR
"Dok Ak- Vauk SSSR" Vol 86, No 1, pp 83-86
Three new complex compds contg silicic acid and related to the diamines
of heavy metals were discovered. They are 2 ethylene diarnino and one
propylene diamino silicates of copper and nickel. Presented by Aced
F. V. Grebenshchikov 26 Jun 52. P.A 234T15

.. . .......

OAtA44 by
-
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mono

KMCHMOV, V.S. .(Leningra&); SILIC I , T.N., [deceased) (Leningrad).
- @--
k cage of glass soUrimtion. Prirod& 46 no.1:114-7-15 -T& "57.
(Ultr&Tiolet rays) (MM 10:2)
(Glass painting and staining)

3(8) PHASE WO.K EXPWITATIOU SOV/1310
Soveshchaniye po.eksperimentallnoy I- tekhnieheskoy mineralogii i
-h Leni ngrad., 1956.
petrografii 51,
Trudy.... (Irransactions of t;l-,.e Fifth Conference on Experimental and
Applied Mineralogy and Petro raph Kosaow# Izd-vo, AN SSSRI 1958.
9L
516 P.; lj8OO copies printed.
Sponsoring -Agency: Akademiya nauk SSSR. Institut geologit rudnykh
mestorozhdeniy, petrografti.. m1neralogii i geokhimii, and Akademiya,
nauk:SSSR. rnstitut khImii silikmtov.
Resp. Ed. Tsvetkov., A.I.; Ed. of Publishing House: Tvanov,, B.V.;
Kis.e eva, A.A.
PURPOSE: This book is intended.for scientis-'Us and students of miner&-
logy and petrography.
COVMU(]E.*, The predent collection of articles are reprints of reports
presented at the Fi&x Conference 'on Experimental and Applied Kinera-
logy and Petrography, held in Leningrad on March 26-31, 1956, The
Card 1/21T

Transactions of the Fifth Conference (Cont. SOV11310
TABLE OF CONTENTS:
Foreword 3
Introductory words by Academician., DS. Korzhinskiy 5
Ginzberg, A.S. Academician D.S. Belyankin's Role in the
Development of Russian and Soviet Petrography , 7
Palatnik,, L*S. and A.I. Landau. Methods of Investigating
Kulti-component Heterogeneous Systems 19
Belovs N-V,j Academician; V.S. Kolchanov and N.Ye. Erikhid1ko.
Synthesis and Structur4of -Hydrosili(@ates- Containing Sim-
ple and Complex Heavy Metal Cations 38
Toropovp N.A., Kh.S. Nikogosyan and A.I. Boykovas Synthesis
and Analysis of 4ome Froperties of Hillebrandite and Other
Calcium Hydrasilicates 44
Ryskinj, Ya.I. Infrared Absorption Spectra of Some Hydrated
Calcium Silicates 55
Card 3/-M-,

AUTHORSs Molchanov, V. S., Pritchid1kc, 11. Ye. 652-1-1129
TITLE: The Corrosion of Silicate Glasses by Alkaline Solvents
(Korroziya sil-ikatnykh stekol shchelochnymi razt1vorami),
Reporto 2: The Dependence of the Structure of the Glasses and
Their Power of Reoistance to Alkaline Influence (Soobshcheniye
2. Zavisimost? mezhdu eos-.avom stekol i -ikh usluoychivostlyu
k deystviyu shchelochey)
PERIODICALt Izvestiya AN 33SH OtdoLaniye Khimichaskikh Hauk, 1958, 11r 1,
PP, 3-7 (USSR)
LBSTRACT: Any silicate material is to a caertain deg-roe subjected to the
destructive in'fluence of alkaline solutions. Various elements,
if combined with silicate2, make possible the unchangeable
maintainance of their power of re3istance. Only in the ease of
a considerable concentration of the added element the power of
resistance is again reduced. Crystalline quartz haa the great-
est power of resistance. Among other was found that zirconium-
-containing quartz gi-asses have an extremely great power of
resistance. Nothing definite, however, can be said about bery-
Ilium. A series of elements combined with silicates increase
the power of resistance, however, not to such an extent as;
Card 1/3 does zirconium. It was of special interest to detect whether

The Corrosion of Silicate Glasses by Alkaline Solvqnts 62-1-1/29
Report 2: The Dependence of t.he Structure of the GlasGes ar
Their Power of Resistance to Alkaline Influence
a aubstitution of silioium is also posGibl,@@ by various
elements without a con3iderable reduction of tho pover of
resistance against the alkal-J.-a influence. By mi2ans of the
interferrometric method the thickness of tl-,_,@ dl.ssolved la7er
of glass was detected and thus the power of rasistance of the
Silicate glasses of the type (87-x)% against the -influence of
alkaline solvents, as well as the power of resistande of the
double-sodium-silicate glasses which contain from,-O to 33,3
molecules % Ila 0 (also titanium-ontaining flint) vrere de-
termined. FurtGrmora it was shown that -except beryllium -
all metals introduced to the double sodiiLia adicate Class in-
stead of silicium reduce the power of resist@anae of the Ziasses
against alkaline influence. In the beginning (up to 22 1,4o RO)
the reduction of the power of resistance ic only unimportant,
but in the case of a quantitatively increased substitution (bx
metal) a considerable decrease of this power of resistance
can be observed. The radius of the ion of the respective metal
which was introduced plays an, important r3le(hara: the greater
the radius, the smaller is the power of resistance. Ther are
Card 2/3 3 tables and 16 references, 10 of which are Slavic.

The Corrovion of Silicate Glasses by Alkaline Solvents 62-1-1/29
Report 2: The DeVendence of the St@oucture of the Glas3us and
Their Power of Resistance to Alkaline Influence
ASSOC 11,LTION: Inetitute of Silicate CheldstryAS UM
tInstitut klilliMili !5:L.L_,ro_jov akademii na-uk- @@jj@i)
SUBMITTED; OctQber 30, 1956
AVAILABLE: Library of Congreja
1. Glass-Corrosion-Test results 2, Alkaline solvents-
Corrosive effects-Test results
Card 3/3

AUTHORS; Molchanov, V. S., Prikhod,ko; 11. Ye. sov/62-58-7-1/26
TITLE- The Corrosion of Silicate Glasses Caused by Alkaline Solutions
(Korroziye. ailikatnykh stakol ahchelochaymi raatvorami)
Communication 3.' Inhibitors of the Alkaline Corrosion of Glasses
(Soobshcheniye 3. Ingibitory shchelochnoy korrozii stekol)
M IODICAL; Izvestiya Akademii nauk SSSR, Otdelenlye khimicheakikh nauk,
1958, Ur 7, PP 801 - 608 (USSR)
ABSTRACT: It is known that the destruction of silicate glasses by neutral
and especially by acid solutions is from the first moment
accompanied by a peculiar self-protection: The formation of a
thin surface layer (or film) consisting of the products of de-
composition of the glass. Berger (Ref 4) was the first to
describe this phenomenon. Lateron Geffken (Ref 5) et al. dealt
in detail with this problea. The purpose of this paper is the
further investigation of this phenomenon in order to make
practical use of it. The authors found that some anicms have to
a high degree the property of reducing the destructive effect
of alkaline solutions on silicate glasses in which they are
Card 1/2 found in small concentration (0.01 g-ekv/1). Beryllate, alu-

The Corrosion of Silicate Glasses Caused by Alkaline SOY/62-58-7-1/26
Solutions. Communication 3: Inhibitors of the Alkaline Corrosion of Glasses:
minmte and zincate ions exhibit an especially strong efficiency.
The capability of inhibiting of these anions becomes especially
clear in the destructions of all silicate glasses in alkali
with the exception of the highly self-decomposing binary sodium
and potash glasses. The results obtained by the experiments
agree with the assumptions made by Berger and Geffken (on the
mechanism of the inhibiting effect of anions). This inhibiting
effect is not caused by the formation of a layer but by the
action of the inhibitor on the elementary processes of which the
corrosion consists. There are 4 figures, 2 tables, and 16
references, 8 of which are Soviet.
ASSOCIATION- Institut khimii silikatov Akademii nauk SSSR (Institute of
Silicate Chemi3try,AS USSR)
SUBMITTED: April 24, 1957
Card 2/2

AUTHORS: Molchanor, V. S., Prikhidgko, K. Yes SOY/62-58-8-1/22
TITLE: The Corrosion of Silicate Glasses by Alkaline Solutions
(Korroziya, silikatnykh stekol ahchelochnymi rastvorami)
Note 4: The Destruction of Glasses by Means of Tarious Hydroxide
Solutions (SoobshcheniYe 4. Razrusheniye stakol rastvorami
--azliahaykh gidrookisey)
PERIODIGAL: Izvestiya Akademii nauk SSSR, Otdeleniye khimicheakikh naukp
13589 Nr Bt pp. 917-922 (USSR)
ABSTRACT: The characteristic feature of the action of alkaline solutions
on various silicon materials is caused 'ky the destruction pro-
cess through the ions of the silicon hydroxyl and of the poly-
meric silicon- oxygen radicals. It is assumed that the action.
of alkaline solution on glass changes according to the chemical
activity of the solution. This activity is again dependent on.
the degree of electrolytic dissaciation of hydroxide. After
further explanat-41onB of the chemical activity of variou3 ;;y-
droxides in the reactions in which hydroxyl ions are taking
part, the authors discuss the publications in this field (Refs
5,6). In investigating the hydroxides the authors obtained the
Card 1/3 following results: The hydroxides are distributed according

S07162-56-6-1122
The Corrosion of Silicate Glasees by Alkaline Solutions. Note 4: The
Destruction of Glasses by Means of Various Hydroxide Solutions
to a certain order (in dependence on their strength):
KOH > LiOH > KH4OH>B& (OH)2> Sr(OH),> Ca (OH)2' Caustic soda
destroys the silicate glasses (of any structure) to a higher
degree than the rest of the hydroxides. The authors call this
process a "sodium anomaly". It is assumed that the latter is
caused by-the characteristic feature of the peptization of
silicic acid (by hydroxyl ions in the presence of sodium ions).
The motion of hot water (9000) on silicate glasses of low
resistance proved to be of a rather dissolving than just of a
leaching out character. The calcium hydroxide solutions destroy
the silicate glasses in most cases not to such a high degree as
water,sitice on the surface calcium silicates are formed which
have a greater resistance to alkaline influence.
There are 1 figure, 4 tables, and 13 referencess 7 of which are
Soviet.
ASSOCIATION: Institut Ichimii silikatov Akadeaii nauk SSSR (Institute of
Card 2/3 Silicate ChemistrypAS USSR)

goir/62-58-8-1/2?-
The Corrosion of Silicate Glasses by Ilkaline Solutions. Note 4: The
Dastruction of Glasses by Means of Various Hydroxide Solutions
SUBMITTED: February 27, 1957
Card 3/3

KOLGRANOT, T.S.; OZEM-SKOVSrATA, Y.G.
AlkKU resistance of glass &ad deanlug of optical parts br
&Ikalias solmtEctane Opt.-tmelch. prom. 25 ao'. 2148-51 r 158.
(KIRA 11:7)
(GlAtas optical)
C&11@kuex)

TASTREROVA, L.S.; KMCHOOT, T.S.
Iffect of various factors on the ittructura of garface fLlzs gf
silicate glass. Zhurprikl.khims 31 no,11:162&1636 N 158.
(Glass) (Films (Chemistry)) (MMA 12:2)

SOV-26-58-11-17/49
AUTffORS: I karova, T.U., Molchanov, V.S.
.1a _C@eningrad)
TITLE: The Spontaneous Motion of Drops Over Solid Surfaces (Samo-
proizvollnoye dvizheniya kapall po tverdyn poverkhnostyam)
PERIODICAL: Priroda, 19584,79r 11, pp 87 - as (USSR)
ABSTRACT: The spontaneous motion of drops over solid surfaces is ex-
plained by the phenomenon of a selective adsorption of octa-
decyl spirit and stearicacid with oriented films on steel
and glass. The phenomenon proceeds with such an intensity
that the very thinnest film carries along a very large drop
of oil. The motion comes to a atop as soon as the entire
surface of the body is covered by the film. For demonstra-
tion purposes, the easily obtainable motion effect of vase-
line oil with an addition of octadecyl spirit is recommended.
The dependence of the spontaneous motion on the size of the
solid surface still remaina unexplained. There is 1 set of
photos and 7 references, I of which is American, 2 British,
I French and 5 Soviet.
I. Drops--@btion 2. Thin films-,Surface properties
Card 1/1

AMORI None Given
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5(2) BOV/62-59-1-1/38
AUTHORS: Molchanov, V. S., Prikhidlko, N. Ye.
TITLE: Corrosion of Silicate Glasses by _Jkali Solutions
(Korroziya silikatnykh stekol shchelochmyni rastvorami)
Communication T. Effect of Alkali Concentration on the
Degree of Glass Destruction (Soobshcheniye 5. Vliyaniye
kontsentrataii shchelochi na stepen' razrusheniya stekla)
PERIODICAL: Izvestiya Akademii nauk SSSR. Otdeleniye k:iimichesk-ikh nauk,
19599 1'r it pp 3 - 8 (USSRIJ
ABSTRACT: In the present paper the authors investi,r,ated the corrosion
of various glasses within a wide range of the concentrations
of alkali solutions in order to determine accurately the
influence exercised by the composition of glass on the
kind of dependence of the corrosion on the alkali concentra-
tion. The degree of glass destruction by alkali was determined
by measuring the thickness of the dissolved glass layers
according to the interferometric method earlier described
(Ref 5). The results of me,"urement are given in 'table I
and 'Figs 1,2,and 3 - It results from these investigations
Card 1/4 that an increase of the aqueous caustic soda concentration

Corrosion of Silicate Glasses by Alkali SOV/62-59-1-1/38
Solutions. Communication V. Effect of Alkali Concentration on the De,@--,ree
of Glass Destruction
within the range 0.5 - 10 11 exercises a different influence
on the degree of destruction of silicate glasses: the
corrosion of glasses rich in silica is proportional to the
alkali concentration; at the beginning, the destruction of
glassee rich in lead, zinc, cadmium and magnesium increases,
but later on it is decelerated due to an accumulation of
anion inhibitors in the solution and the formation of protec-
tive layers of magnesium hydroxide; glasses with high calcium,
strontium or barium contents are destroyed to the same depth
by all solutions within the range of the concentrations in-
vestigated. Concentrations of alkali earth hydroxide solutions
exert quite a different effect. It results from the thick-
ness of the dizsolved layers of 9 glasses (Table 2), which
were obtained in 0.02 and 0-5 11 solutions of strontium and
barium hydroxide, that 0-5 N solutions exercise not as
destructive an effect as 0.02 N solutions. This is in contrast
with-aqueous soda lyes which upon an increase of their con-
centration destroy all glasses all the more. This specific
Card 2/4 property of the hydroxide solutions of alkali earth metals

-Corrosion of Silicate Glasses by Alkali SOV/62-59-1-1/38
Solutions. Communication V. Effect of' Alkali Concentration on the Deeree
of Glass Destruction
presumably may be explained by the formation of alkali-
resistant solutions on the glass surface. Such a cation
inhibition was already described (Ref 10). This was clearly
confirmed by the investigation of the corrosion of glass-
like sodium silicate in a 0.02 N strontium or barium hydro-
xide solution. On the glass surface the formation of white
crystalline precipitations was observed, which by X-ray
phase analysis were identified as barium and strontium
orthosilicates. This assumption was confirmed by comparing
the interplanar spacings of the precipitations observed to
those of the corresponding orthosilicates (Table 3). There
are 3 figures, 3 tablesp and 11 references, 6 of which 4
are Soviet.
ASSOCIATION: Institut khimii silikatov Akademii nauk SSSR (Institute
of Silicate Chemistry of the Academy of Sciences, USSR)
Card 3/4

5
AUTHORS: Prikhid@co, I N. ie. S07162-59-6-4136
TITLE: Corrosion of Silicate Glasses by Alkaline Solvents (Korroziva
siliketn,vkh stekol shchelochaymi rastvorami). Comramicatioa 6,
'The lihanomeixoa of "Sodium, Carbonate Faradoxal (Soobshcheniyea 6.
Yavleniye "Sodoyy%kh paradoksov')
PERIODICAL: Izvestiya Akademii nwik SSSR. Otdaleniye khimicheskikh nauk,
1959, Nr 6, pp 9T5-980 (USSR)
ABSTRACT; By way of -introduction- the definitions by Grebenshchikor * 13
school of tha paradoron mention .ad in the title (paradoxaa of the
firstan& second type) are dealt with in brief according to
different publications (Refs 1-12). The present paper reports on
some experimental results concerning the action of sodium hydroxide
and its salts on glasses. The intensity of this action of
different solutions was interferometrically measured by the
thickness of the glass layer dissolved. Half-normal solutions,
were used at a-temperature of 900 and a4 action Upon'glass of 4
hours. At first the action of solutions on 41 glasses of different
composition (2,34-component glasses) was investigated and the
sodiumparadoxon (action of sodium carbonate is stronger than the
Card 1/2 action of sodium hydroxide) of the first and secaad type, and of

Co=osion of Silicate.Glasses by Llkdliae Solvents. SOV'/62-53-6-4/36
Communication 6, the Phenomenon of "Sodilun Carbonate 24--edcocill).'-
both types was determined with diffqrent glaoses (Table 1). The
.Vwadoxa are connected with the absalate alkaline resistance of
-the glasses. They were found tp be ospecially Laarked with hardly
resistant glasses. It was furthermare observed that glasaes
containing Cat Sr, Ba, and.Fb incredze; the paradoxong, whereas
it do4s not occur with Zn azl& Cd. Thas there is a specific
action of the carbonate ion,upon glasses, which destroys the
silicate-oxygen group and by itself forms silicon acid compounds.
Corrosion by the carbonate on the surface of the glass only
occurs in case of a difficultIj soluble salt. Orthophoaphate
iond also-@ethibit strong capacity of corroding the glasses.
They split apthe siliaGa-oxygen bonds and then they form
difftaal'tly soluble compounds with the cations. There are 3
tables and 16 references, 6 of which are Soviet.
ASSOCIATION: Instit-mt-lchimii ailikatov Akademii nauk SSSR (Institute of
Chemistry of Silicates of the Academy of Sciences, USSR)
SIUBMITTED: AUgmst 50, 1957
Card Z12

S/153/60/0031/006/007/009
B103/B206
AUTHORSt Makerova, T. V., Kazurin# 0. V., MolchanovL_j__S_
1@ --------
TITLEt Electrical conductivity and chemical stability of silica glass
containing two alkali metals
PERIODICAM Izvestiya vyashikh uchabnykh zavedeniy. Khimiya i
khimicheakaya tekhnologiya, v. 3, no. 6, ig6o, 1072-1078
TEXTt The authors studied the phenomena which are the mutual basis for the
processes of electrical conductivity and chemical destruction of glass. As
is known (Refs. 2,3), the electrical conductivity as well as dielectric
losses can be reduced by replacing one alkali metal in the glass by another
one. This phenomenon was named "neutralization effect" by G. 1. Skanavi
(Ref. 4). The authors do not consider this special term to be suitable an&
propose the designation "Two-alkali affect". This effect permits the im-
provement of the glass insulation properties without notably changing the
other properties. Table I contains data on the composition of the glass
types studied in % by mole. The chemical stability of the glass was deter-
mined by its behavior against water by the titration method. The destruc-
Card 1/6

S11531601003100610071003
Electrical conductivity and... B103/B206
tion of the glass (powder 70-501A) was determined through titration of the
water extract with 0.01 9 HCL (indicator methyl red). Table 2 shows the
resistivity, specific gravity and resistivity (1) of the glass types. From
these results the authors draw the following conclusions: 1) The increase
of the resistance of glass types which is caused by replacing one alkali
oxide by another one (two-alkali effect), changes only slightly with regard
to value and position of-the maximum, if oxides of bivalent metals are
introduce& instead of silica. The resistance is thereby increased by
several orders of magnitude. The maximum is reached at a ratioNa 20 IK20
= 4:5. 2) With a gradual replacement of N 20 by K 20, the chemizal resistivitr
of glass types against boiling water passes a maximum which lies at
IT20 : K20 = 5:1- For the glass types investigated the resistivity increase
lies between 74 and 15%, as compared with the resistivity of the best
one-alkali glass. The nature of a bivalent metal admixed to a two-alkali
glass influences the value of the maximum, but not its position. 3) The
aforementioned differences prove that the change of the electrical con-
ductivity on the one hand and the chemical resistivity on the other hand,
Card 2/6

---- - -----
S/153/60/003/006[1007/009
,Electrical oonduGtivity '.and...@. B103/BZ06

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YF,VSTROFCMV, K.K.; KUURIi, O.T.; MLCHM07% V.S.
HalatIon betweea certain phytdcochemical properties of glasses
and their composition. Zhur.MO 6 no.1:114-116 f6l. (KM 14:3)
(Glass)

25640
S/032/61/02T/OOT/012/012
K, Ul Go B110/B203
AUTHORS: Korolev, N. V., and Molchanov, V. S.
TITLE: New interference apparatus for measuring the alkaliproofness
of glasses
PERIODICAL: Zavodakaya laboratoriya, v. 27, no. 7, 1961, 913-916
TEXT: To study the alkali corrosion of silicate glasses by the interference
method, one part of the previously polished sample is protected by a rubber
coat, the other one is exposed to the reagent. The height of the step
formed at the boundary of the two parts, representing a measure for the
alkaliproofness, is determined by measuring the interference band shift with
the microinterferometers MAM-4 @'NII-4),KVIW-5 (KII-5), and 03K-46 (IZK-46),
if the transition zone is