SCIENTIFIC ABSTRACT KAMNEVA, A. - KAMORZINA, I.

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

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NMPMM* S.K.
3-!rwrinental data, about the produotion of phtluLlio wbydrlae, by oxidation of *-.Vlol
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AUTHORS: .-LaZatla, A,_T-., Fioshin, M. Ya., SOV/20-126-1 -24/62
Tefimenkova, A. I., Vasillyevp Yu. B.f
Muzycbenkoy L. A.
TITLE; Investigation of the Process of Electrochemical Condensation
of the Mono.-2-athyl-hexyl-eater of Adipic Acid (Izueheniye
protsessa elektrokhimicheskoy kondensatsii mono--2~-etilgeksilo-
vogo efira adip1novoy kisloty)
PERIODICAL: Doklady Akademii nauk SSSR, 1959, Vol 1,26, Nr 1, pp 90 - 9^r
(USSR)
ABSTRACT: The demand for high-molecular dioarboxylic acids and their
esters rose. The process mentioned in the title is therefore
theoretically as well as practically interesting. It proceods
on the anode in the case of the electrolysis of the monoester-
-salt-solution in the aqueous and nonaqueous electrolyte (Ref
1). The authore obtained in this investigation for the first
Ivime the sebacio acid-di-2-ethyl-hexyl-eater by electrosynthe-
sis which is used as the main component of high-quallty lubri-
cants. Nonaqueous electrolytes are scarcely suitable for the
mentioned purpose. The authors used therefore an aqueous elec-
Card I
/3 trolyte of the following comPoBition: 300-400 9/1 of the oster

Investigation of the Process of Electrochemical SOV/20-126-1-2.4/62
Condensation of tile ~,Jono-2-ethyl-hexyl-ester of
Adipic Acid
mentioned in the title, 30-50 9/1 x2co3 and 600-700 MI/water.
Anode and cathode were of platinum. No diaphragm was used. Tem-
perature 20-300. The current density fluctuated at the anode
between 10 and 60 a/dm 2. The yield of the main product: the
sebacic acid-di-2-ethyl-hexyl-ester did not change with the
current density. It amounted to 55% of the theoretical one. An
intensive foam formation reduces the electrolyte considerably.
-This was eliminated by the isolating extraction With diethyl-
-other. Finally the processes possible on the anode are dis-
cussed by means of the reactions (1) - (10). The hydrogen-super-
oxide theory of the electrosynthesis of Kolbe which was devel-
oped in-most recent time by Glesstone (Ref 5) was in this case
not confirmed (in line with Ref 6). Although the electrochemic-
al condensation of the monoesters of dicarboxylic acids is to
a certain extent similar to the electrosynthesis of Kolbe, the
first mentioned one is a much more complicated process. The
Card 2/3 rules which govern the most simple case of an electrolysis of

InVee'tigation of the Process of Electrochemical SOV/20-126-1-24/62
Condensation of tbo Mono-2-ethyl-hexyl-ester of
Adipic Aoid
the monobasic carboxylic acids must therefore not hold in the
case of the first mentioned process. There are 6 references,
1 of which is Soviet.
ASSOCIATION: Moskovskiy khimiko-tekhnologicheskiy institut im. D. I.
Mendeleyeva (Moscow Institute of Chemical Technology imeni
D. I. Mendeleyev)
PRESENTED; February 21, 1959, by A. N. Frumkin, Academician
SUBMITTED: February 17, 1959
Card 3/3

KAMREVA, A. I., Doe Chem Sci -- (diss) "Chemism of reactions lead-
ing to resin-formation in the auto-oxidation of hydrocarbons in
the liquid phase." Moscow, 1960. 16 pp; (Ministry of Higher and
Secondary Specialist Education RSFSR, Moscow Order of Lenin Chem-
ical Technology Inst im D. I. Mendeleyev); 180 coples; price not
given; (KL, 25-60, 127)

157 L/ "2 0 0 69665
10THOPS, -.1 Muzychcako.-L. A., Shpigarl, N. P., i/153/60/003' /01/005/018
7301 1/BO05
K&mneva, A. I.
Of Al and
T ITLE: Approximative Method of Calculating the AHO f orm kanes
Th~ir Radicals
PERIODICAL: Izvestiya vysshil,,h,uchebnykh zavedeniy. Khimiya i khimichoskaya
tekhnologiya, 1960, Vol 3, Nr 1, pp 24-28 (USSR)
TEXI't It is thc purpose of this paper to develop a c-ilculating sch(~me for the
standard heats of formation of alkanes and their radicals. The determination of
this heat is comvlicated for the-saturated aliphatic hydrocarbons, but sometinGs
imoossible for the radicals. The usual calculating schcmes (11efs 1-4) hRve many
shortcomings. Theref'ore, the nuthorB sugrested anoth(~r dep~!ndence for the olevtrlz
negativity of carbont Ec = E + &In (1) where E' is the electric nugat.ivity of the.,
0 0 t
carbon atom in methane (=1.190), a and n are empiricL~i con'stants, and I*is a
certain characteristic value calculated by.the formula
I = Z~; + 0.38ZE 0.16 7,Fc (2). Ec are the values of electric negativity
ca c r apAta'
of carbon atomr. in ;he positions a-, fi-, and rto the renpective C-atom. The
authors proceed from the assumpti-on made by G. V. Bykov that the fraction of 'the
electron cloud sent into.the bond by the corrCS.Donding atom is proportional to the
Card 1/3

-IP1I;MP1F.R-fIT.1 I I W'V III FV1.41 F!P ;III III! T
69665
:'/153/60/003/01/005/058
'%pproximati've Method of Calculating the Vrl r,f Q
Alkanoo and 12heir "Radicalt; form " B011/B005
electronogativity of another atom which also participates in this bond. The
electron charge of thc, bond is computed as the sum of fractions of the electron
clovili sent into the bond by the two atoms. Bykov also assumed that the enerig of
the bond is proportional to its electron charge. On the basis of these two as-
sumptions and with the use of equations (1) and (2), the authors computed the
empirical coefficients a and n in equation (1), further the new values of tile
proportionality coefficients connecting the energies of the CH- and CC-bonds with
their electron charges (A h and & hC) 9 and f inally the values of the atomization
oil C
heat L. of the carbon. All these 5 values were determined by solving the system of
ecuations for determining the formation heats of methane, ethane, 2.2-dimethyl-
propane, 2,2,30-tetramethylbutane, and the homologous difference. By simplification,
the authors obtained the formula AHO form - 49-81 - Z Kcal/inol (3) where
Ti
are the corrections computed for each C-atom from table 1. The value q which forms
part of Tj is computed by formula (4): q = 5.53 7,Ni. &E Kcal/mol. (4) where N. is
4.
the index of the C-atom neighboring the respective atom (to be determined from
table 2); AE is the difference between the electric negativity of the correspond-
ing C-atom and that of a C-atom in methane. Except for very high q-values, the
Card 2/3

0 6.9~65
Approximative Method of Calculating the All.form of S/153/60/003/01/005/056
jilkanes and Their Radicale BO11/BOC5
same computation may be carried out with the nomograph (Fig 1) and equation (5).
I is computed by a simplified formula (6). The authors computed the A Hoform of
37 hydrocarbons on the basis of this scheme (Table 3). The method suggested is com-
parcd in table 5 with that described by V. 1d. Tatevskiy (Ref 3). It may also be
used for computations of AHOform. of other classes of compounds by Bykov's method.
V. V. Voyevodskiy is mentioned in the paper. There are 1 figure, 5 tablos, and
6 references, 3 of which are Soviet.
AS S OC 1.111 T 10 N: Moskovnkiy khimiko-tekhnologicheskiy institut im. D. I. Mendeleyeva;
Kafedra tekhnologii pirogennykh protsessov (Moscow Institute of
Chemical Technology imeni D. 1. Mendeleye ; Chair of Technology of
Pyrogenic Processes)
SUBMITTED: January 22, 1959
Card 3/3

91064 60/000/005/002/009
B YB058
AUTHORS: Fioshin, M. Ya.,. Kamneva, A. I.
--------------
TITLE: Electrochemical Synthesis of Sebacic Acid and Its Masters
PHRIMICAL: Xhimicheakays. promyshlennost', 1960, No. 5, PP- 7 - 10
TEM : Explanations and experimental results of the electrochemical eyn-
thesis of sebacie acid and its eaters are given, experiments by the au-
thors and data from publications being mentioned. The Brown-Walker reac-
tion is mentioned in the introduction as well as the production of di-
mathyl sebacate carried out on this basis at Leuna (Germany) during
World War II. The patent for the investigations conducted at Leuna, by
Offs (1952) (Ref. 10), formulates that the yield of dimethyl sebacate
strongly depends on the presence of free adipic acid. The authors of the
paper under review ascertained that a maximum yield of 75% is obtained
under the working conditions mentioned by Offe, while the yield increases
to 80% when the concentration of the sodium methylate is reduced to
0-07 N. since working with methanol shows some drawbacks# it was attempt-
ed to carry out the electrosynthesis of the diesters of sebacic acid in
Card 1/2

Electrochemical 3ynthesis of Sebacic Acid 3/064/60/000/005/002/009
and Its Diesters B015/BO58
aqueous solutions. The electrolysis of the solutions of 200-400 9 of
mono-2-athyl-hexyl adipate and 20-30 9 of K2 CO3 in 600-800 ml of H2 0
proved to be an optimum with a current density of 1000-6000 a/m 2 at the
anode and a temperature of 20-3000. The yield of di-2-ethyl-hoxyl
sebaoato amounts to 50-55%t i.e., considerably less than that from
methanol solutions. The production of sebaoic acid by electrolysis of
a solution of butadiene and potassium monoethyl oxalato, or-maleate in
methanol according to Lindsey and Peterson (Refs. 16p19) is of special
interest. This reaction should still be studied and further developed
for the purpose of increasing the yield, since the latter amounts only
to about 15%. There are 19 references: 9 Soviet, 3 US, and 5 German.
Card 2/2

FIOSHIN, M-Ya.; XAMVA. A.
Blectrochemical sysuthesie of se'bacic acid and its dieeters.
Khim.prom. no-5:359-362 Jl-Ag '6o. (MIRA 13:9)
(Sebacic acid)

FIOSHIN9 M.Ya.: K.WEVA.-A*aj_KWIND, L.A.; SALMINI, L.A.
Additive electrcehemical dimerization as a method of synthesizing
dicarboxylid acids. DOLAN SSSR 136 no.W73-176 It-Je 161.
(MM l4s4)
1. MoskovMciy khimiko-takhnologicheskly institut im. D.I.Itendeleyeva.
Predotavlano ukademikom A,N*Frumkinym,
(Acidsp Organic) (Polymerization)

----------- - ----
KAREVA, A.I.; CHEN' CHZHEN-KHUZ [ChIgn Cheiln-hual
Study of the composition of coals of various or-nds by the strike
of the K8 coal seam of the Donets Basin. 1bur.priklAhlm. 35
no.31621-627 Mr 162. (MA 15:4)
(Donets Basin-Coal-Analysis)

5/2o4/62/002/004/010/019
E075/E436.
Zakharova,
AUTHORS: _Ka uv_q_yA,*_A 1. V.I., Muzychenko, L.A.,
Rogov, V.V.
TITLE., Preparation of terephthalic acid by the oxidation of
p-diacetylbenzene
PERIODICAL: Neftekhimiya, v.2t po.4, 1962, 536-540
TEXT: The authors investigated the oxidation with molecular 0
of p-diacetylbenzene in glacial acetic acid solution in the
presence of manganese acetate (2% wt of p-diactitylbenzene taken)*
The best yield (65-559') of terephthalic acid was obtained by
conducting the oxidation under 50 atm-proisure, 1750C and oxygen
feed rate of 1 litre/min. Quantitative analysis of the acetic
acid solution containing the oxidation*products was carried ou *t by
thin film chromatography using A1203 as the adsorbent and benzene
as eluent. It was thus shown that P-diacetylbenzene is almost
completely oxidized under the conditions used into terephthalic
acid, the latter being partially converted into resinous
condensition products. There are 2 figures and I table.
ASSOCIATION: Moakovakiy khimiko-tokhnolo cheakiy institut im.
Card 1/1 D.I.Mendeleyeva (MOscOw Xustitufie of Jh8TJ ihnolygy
imen !AInR eyev

KWITEVAt k I FIOSHINI M. Ya.; MAKOVA, L. I.; ITOMERG, Sh. M,
Eloctrochemical synthesis of dicarbmqlic acids. Neftekhimia
2 no.,0550-556 JI-Ag 162, (MIRA 15--10)
1. MosRovskly khimiko-tekhnologiohdskiy inutitut imeni D. 1.
Mandoleyeva,
(Acids, Organic) (Electrochemiatx7)

S/204/62/002/004/011/019
F-075/E436
AU'A"HORS: Fioshin, M.Ya.,___~a!~~ ~A.1.., Mix-kind, L.A*,
Salmin', L.A., Korniyanko, A.G.
TITLE: Synthesis of higher unsaturated dicarboxylic acids by
the electrolysis of monocater3 of lower acids-in the
presence of 1,3-butadiene
PERIODICAL: Neftekhitniya, v.2, no.4, 1962, 557-565
TEXT: Investigation was made of the spithesis of unsaturated
dicarboxylic acids by the electrolysis of potassium
monomethyladipate in the presence of 1,3-butadiene. Methanol
was used as a solvent and the electrolysis carried out at -10 to 2)
-130C. It was shown that at low current densities (1 to 1.5A/dm
m
and high concentration of 1,3-butadiene 6ore than 4 times the
inolar quantity of monomethyladipate) the reaction is directed-
almost completely towards the formation of diesters of the
unsaturated acids. The~relative content of C18 acid increases
with the concentration of\butadione. The relation5hip between
the relative contents of C14 and C18 acida in tho neutral products
is given by kj 1 (2)
a + bCD
Card 1/2

Synthesis of higher ...
S/2o4/62/002/004/011/019
9075/E436
I 'b - o.o63 and CD is the concentration of
where a = 0.282,
butadiene. The total yield of acids is expressed approximately
by
A ztI.a exp (- bDo) (1)
-100's
='-0.074
where a
b
and Do is the current density in A/dm2.
The esters obtained were those of 6-dodecene-1, 12-dicarboxylic acid
and 6,10-hexadecadiene-1, 16-dicarboxylic acids. Saponification
of the caters with aqueous alkali gave the unsaturated dicarboxylic
ac
ids. The maxitnum yield of the Cla acid was 49.1% under the
optimum conditions, i,e. current density - 0.5 A/dm2, butadiene
concentration - 9 molo/litre, the ratio of current passed to that
required by theory - 0.25. The maximum yield of the C14 acid was
67-59;. The results indicate that the reaction constitutes a
practical method fo-r the synthesis of higher dicarboxylic acids.
There are 7 figures and 3 tables.
ASSOCIATIONs Moskovskiy khimiko-tekhno1ogicheskiy institut
im. D.I.Mendeleyeva (Moscow Institute of Chemical
Technology imeni D.I*Mendeleyev)
Card 2/2

S/264/'62/002/005/005/007
E075/B136
AUTHORS Kaj1nnevaj_A._1.j_Muzychenkoj L.Aj Wang Chien-Fin,
Zhemzhur, A.I., and Znkharoval V.I.
TITLE% Oxidation of acenaphtnene with the electrochemical,
regenerntion of catalyst
PERIODICALt Neftekhimiya, v.2, no.5, 1962, 756-759
TEXT: The synthesis of 0
0 C/ NC 0
N"-
was achieved by oxidizing with 0 a 10% acenaph~nene solution
containing 5~q KC00C11jj '~Q Mn(COOC113)2., 425v 14, N'-ditnethyl-
formamide and 1121,',, glacial acetic acid at 6o OC for 3 hours. The
oxidation proceeded satisfactorily only when the catalyst was
regenerated by passing 1.5 A current through the.solution. The
.product melting at 270 OC prpcipitated out and contained Me of
acidic compounds and some carbonyl compounds. it was postulated
that the oxidation proceeds as followsi
Card 1/2

Oxidation of acenaphtIhene with s/26/62/002/005/005/007
-E,075/h'136
CII 2-CHi C"2-C=o 6=C-C=O
0
O=C C 0
CO 0
2 2
There are 2 figures.
ASSOCIATION; MKhTI im. D.1. Mendeleyeva, Kafedra khimicheskoy
tekhtiologii topliva
(MKhTI imeni D.J. mend eleyev, Department of
Chemical Fuel Technology)
suBmirrr,D: Ilay 11, 1962
Card 2/2

F10SHINP M. Ya.; KAMIEU, A I ~ HIRRM,. L. A.; SAIN.INI,, L. A.;
KWIMMO, A, G.
Synthesis of higher unsaturated dicarboxylie acids by the
electrolysis of lower acid mosoontere in the presence of
1.2-butadione# Neftekbimia 2 no.4t557-565 Ji-Ag 162.
(MIRA 15:10)
1. YAakovskly khimiko-tokhnologicheekly institut imeni D. I.
Merdeleyeva.
(Acids, Organic) (Estero) (Butadiane)

KAWWAP A. I.; MMYCHMKO, L. A.; DIGUROV,, N. 0.
Preparation of Phthalto anhydride br the liquid phase oxids-
tiOn of 0-rylene. NeftekhWa 2 no,4:524-5~O JI-Ag 162.
(Mnu 15: 10)
I- IfOSkOvS1ciY khimikO-tekbnOIO9ichesId7 institut. imeni D. 1.
Mendeleyeva.
(Fhtha.Uo anhydride) (Xylene)

KNIVA., A. I.; ZAXWOVA~ V. I.; MUZYCHMIKO,, L. A.; ROGOVp V. V.
Preparation of terephthalic acid by the oxidation of p-diacetyl-
benzene. Neftekhimia 2 no.4.536-540 JI-Ag '62.
(MM 15: 10)
1. Moakovsk4y khimiko-tekhnologichaskiy institut imeni D. I.
Mendeleyeva.
(Terapbtbalic acid) (Benzene)

KAMMA A I ; HUZYCHMO, L.A.; VAN TSZYANI-FYN [Mang Chien-fAng]; ZHEMZM,
ZMWOVAR V.I.
Oxidation of acenaphthene with electrochevical. regeneration of the
catalyst. Nottekhimiia 2 no.5t756-759 3-0 162. - (MIRA 16:1)
1. Moskovskiy ordena Lenin& khimiko-tekhnologicheskiy institut
im. D.I.Mendeleyeva., kafedra khimicheskoy tekhnologii topliva.
(Aconaphthene) (Oxidation) (Catalysts) I

Wc
Allmcq: lbult4s,1104m, i~~.A,.*; Dia=hurlt A. I.;
.1ml
Elt~ to' ~ese6eratioli of I an a mathod of acc-blemating,
'Jft~%th;6 p4da4ion of ]Vdrocaxbons
"'~963,
!, ~ eel rtsperaera,
TIM 3r ;__b _6~idation, catalyat ele~ti=h=A
TAW as
at V:
eno, on
shmm that a catelyst accelerates the ra&_l,.%ELl. do-
CT. isl
;*c=p0sitic6 ofjl~r Or-mdd-da: ~lnbt tbe- liclidd-phasse ccdfttion.. Basea on ~thls, an
re
a. -the sel~qtivity of the c&upJyst reactio Criteria o-

,Ive
LLL

KAMNEVAS .. A. I.; , PANFIWVA Ye, S,
Sepamtion and determination of phthalic acids by chroma-
tograpby on a silica gel column. Zav. lab. 29 no.6:666-667
163. (MMA 16%6)
L Mdriiko-takhnoIogichevkiy institut imeni D.I. Mendeleyeva.
(Phthalic acid)
(Chromatographic analysis)

W.NEVAp,,A.X,; ANMOSCJVA, Ya.M.) DAY I VENI I:Tai I-won]
1.11,
Changes in the microstructure of nome ranks of coals of the
Donets Basin after their extraction. Zhur. prikl. khim. 36
no,9,.2047-2055 D 163, (MIRA 17:1)
1, MoBkovBkiy khimiko-tekhnologicheskly inatitut imeni
Mandoleyeva.

-KINNEVA., A. _.I CHENI CHMMKHUA [ChIgn Cheng-hual
Study of tbe composition.of cortis of various brands by the'strike
I of the K-8 coal seam of the Donets Basin. Zhur.prikl.khim. 35
no.IW764-2769 D 162. (MIRA 16:5)
(Donets Basin-Coal-Analysis)

A
FIDSHINO ITENBU,Gj, Sh.M.; KAZAKOVA) L.1s;
URSHOV, Yu.A.
Synthesis of dimethyl ester of sebacia said by the method
of anodic condensation, Khim. prom. no-0263-266 Ap 163,
(MIRA l6t8)

-KjL4-MVA#-A.4.;.AMMOSOVAj, Ya.M.; IMSERLIE, P.ye.
Using the S-100 super centrifugo for fractionating coal.
Uffoll 39 no.5t62-63 MY 164. (MIRA 170)
1. Khimiko-tekhnologioheakiy ineititut im. D.I. Mendeleyeva.

S.,kLMUNI., L.A.; MIRKIND, L.A.; KAMNEVA, A.I.
Use of Feper chromatography for the analysis of higher aliphatic
dirarboxylic acids and their esters. Zbur. anal. khim. 19 no.11:
j,:91-1396 f64. (MIRA 18:2)
1, D.I. Rendeleyev Moscow Chemi.co-Technological li3sLitute.

DOBRUNOV, G.M.; KAIMEVA, G.I.
Increasing the efficiency of pneumatic conveyors at saw setting
workshops, Der. prom, 12 no.lW3-24 0 163. (MIFA 16slo)
1. T,%ntrallnyy nauchno-issle'lovatellskiy institut makhanichoskoy
obrabotki drevesiny.

'00)
L 31,91-66 DIT
-ki- !. 5/0020;Q66/167/0017010 70108
1,41t, AP6009091;::'
V
MbIO~i 11amet It, B. (Oorreoponding: member AN SSSR) Perchenk2j__.N_.t
Gru'sh6venko,, 1.1.; Aamneval, GeL.
ORG: or ~Wro'i3hemlcal gynthesis im.__A.V.___ToPchiev__JA_�_S�&
(I - --fls-R)
11stRut neftekhImicheexogo'sinteza 1A.,
TIIhE.:! Addition of I.nee with various structures to vinyl silanes-
,am
A 6 a _408
SOURCE N_S$8 D&1 dy, _N~' 167, no I o 19669 106
amine, chemical reaction, heterocyclic base compound,
TOPIC TAGS: silane,,
pri0ary arointic i amine q vaiy~ aliphatic amine
ABSTRACT: Thd alm:of the work was to investigate the posdibility of the
addition to..trla~thyll vinyl silane of other heterocyclics, as Ifell as
aliph4tie and~aromat,, to amines--diethylamine, n-propylamine, p1perldine,
p3rrrolidlne,~ Tio home ihylaullin, and- PyTrole. The article gives a detaild.
description of thelaboratory procedures used to synthesize the follow-
ing compolands.,: ile _(.14-n-propylaiLaine)-et rlet~xl silaneq 9 -(N-diethy,
P DeFlayi)-elEyi
lamine) -ethyltriethyl s1lan ffi-ethyl silare;
and , 'G - (N-~pipbrld~,J) -.ethyltr thyl silane. Synthesis with monomethyl-I
anili-a and pyTrble were carried out under analogous conditions In the
presence of met.41116,11thium and of previously prepared amides of pyrr-
UDC: 547. l'3
rd
I MEN 111111011

SOKOLOVA, N.Vj XAMNEVA, T.G.; BORISOVA, G.V.j ZVKUVp S.M.;
HwSmw*2--Yx.-
Veoplaotio diseases according to autopsy data in'Tomsk for the
past 20 years (1938-1956). Vop.onk. 7 no.3:80-83 161. WRA 14--5)
(TWSK-77JMORS)

FROTOD'YAKONOV, M.M., prof. doktor tekhn. nauk; VOBLIKOV, V.S.,karo.
takbn.n&ukj IL'NITSKAYA;Ye.I.pkand.tekhn.nauk; Kk2IFVA,T.N.,red.
[Methtda of dOtermining rook strength using irregularly
shaped samples) Metodiks, opredeleniia prochnosti gor-
rWkh porod na obrastsakh neprav-111noi formy. Moskva,
In-t gornogo dola, 1961. 7 p. (MIRA 17:3)
1. Institut gornogo dela im. A.A.Skochinskogo (for Voblikov,
Protodlyakonov).

ONUFRIYF,Vt L.N.; KAHNEVA~ T.N., red.
'Determining the planned daily load in cutter-loader and
machine mined longwalls in flat coal seams; scientific
report] Opredelenie planovoi sutochnoi nagruzki kombaino-
vykh i mashinnykh lav na pologikh ugollnykh plastakh;
nauehxWi doklad. Moskva, In-t gornogo dela im. A.A.
Skochinskogo, 1963. 50 p. (MIRA l8t3)

RAFIYENKO, D.I., kand. tekhn. nauk; KAMM, T.N., red.
[Improvement of systems with shrinkage stoping in the
mining of vein deposits; report at the conference on
the problems of investigating efficient methods of
mininR vein deposits held in Irkutsk, June 4-6, 19631
Sovershenstvovanie sistem s magazinirovar.4-em rudy pri
razrabotke zhillnykh mestorozMenii; doklad na eove-
shchanii po voprosam izyskaniia effektivnykh sposobov
razrabotki zliil'rWkh mostorozhdenii v g. Irkutske (4-6
i-lunia. 1963 g.) Moskva, In-t gornogo dela 44.m. A.A. Sko-
chinskogo, 1963. 27 p. (~,BA 18-3)

ANTSYPEROV, M.S.~ karid. fiz.-UlLitem. nauk; .[V,',I-;rjV, V.S., irizll-;
SHEVIIENKO, lnzll.; ~OINEVA, T.N,q rod.
[FG.1 geophone and methods for Its use in hGle prosi;ect-
Ing] Geofon PGI I matodika ego primeneniia dlia poiska
1~
sltvazhiny. Moskvat In-t gornogo dela., 1063. 1 P.
01-111,ak 1-17:8)

SPIVAKOVSKlY, A.O.; GONCHCETICH, I.F., kand. te-Un. nauki
RUBP:OVICII., Ye.Ye., inzb., mlad. nauchn. sotr.,-
TIKHONOV, G.V.j inzl).j mlad. nauchn. sotr.; KX'44EVA,---
T.Nvq red,
(I-19thod of calculating resonance~ vibration conveyers and
vibration grizzlies with bruffers taking into actount acting
resistances; short scientific report] ?.'Gtod rascheta rezo-
nansnykh vibrokonvelarov i Vibrogrolchotov s buferami s
uchetom deistvulushchikh soprotivlenii; kratkii nauchnyi
otchet. Moskva, In-t gornogo delap 1963. 38 p.
(VIRA 17: 9)
1. Chlen-1:orreopondsint All SSSR (far Spivakovskly).

,., I iiy . 13.X.; h,'"KNE'W" red
.,h -%YFV I
r "park-
L, proof TO -Lelep-hor-e sy~ite,-;. wyl fG,2
'Lr,f, ~CITI I I
4. , imunications' sistema i ar-
r
paretura qhp-khtrioi telefunnoi ToB. M%kva)
Jr..- i-crnogo dela ini-rO, L. t,l 20 1).
k.ynr;iL

ARSENOV9 V.V.,, kand. tekhn. nal--k;, SUiAW, A.V., inah.; DOLGOV,
E.P., inzh.; KAMNEVA, TA, red.; GERAS-'MOV, V.F., tekh-
nolog-red.
[New electric devices for studying mining machines] Novye
alcktricheskie pribory dlia issledovaniia gornykh mashin;
kratkii nauchnyi otohet. Moskva, In-t gornogo dela, 1963.
41 p. (MIRA 16:10)
(Mining maohinery--Testing)
(Electric apparatus and appliances)

--11101 TWIPHI CU. ~ IjIllfilt 11! VW11 11 ;R III
dd(LOI,
[;.u,,omat-.c conw-ol and regulaLlan cC opes-F--v.in, con'lltims
of' miriv,~. inticbInery; Veport made tit Uo kcadeny of Scf'encen
of the kh Ropublic 11YO tla Crar- w t"Arily-t.
--iov -b-,,ty gornvkh wishir; dclk nd v ;,14 lollskoi liarodnoi
Resjubli~l i E,rakovskcl gornoi almdaldi. t-k3skwa. In-t.
dela 17: 11)
gornogo , . 19(k". 46 1). k!"Ill;

FEYT I G. N. 1 KAMWA T. N. red.
(Study of the strength properties of coal seams in the
nassiv of the Donets Basin; report at the seminar on the
problew of studying the mechanical properties of rocks
in a massif) Issledovanie prochnostnykh svoistv upolInykh
plastov Donbassa v massive; doklad na seminare pc vopro-
saza issledovaniia mekhanicheskikh svoistv gornykh porod v
manvive. Moskva~ In-t gornogo dela, 1964. 17 p.
0.1lia, is:(,))

40 let$1111*4111 We I
----------

1, a
a P A M
11 v Is It 1.4 14 it to a M )S 27 A1124100 ULJ Jib N
P
9 V
1
11 4 CC
1 -
it P 0 41 Q 0 M ---
43 fW
.1
.
-
.
PP U4.1, 1 1 9 -1, -1 A t- - 0

Aisislysie, of raw hides. U. thvchki, and Z. K&HOWYA.

0 IL f KoShIpeg".0limp"yo Prom. 13, 46--VO934), -Tht, 10-
xIml
Y
11)
OW i
O
-
LI
dmain Mr
s P
6win inudified
I dgy ftsIdUc On a sample prepd- ut st-ird-
I ". tb
*
for the Cifillivil
du
h
v
ft
ug pnx
with The standard oamp
IMt (1) Dtt, the moiqturc by cutting Lin it
IT
-ing at IM-
with a suen, knife *ad dr)
Mnit. w , (3) I*t. Ow fat by Watuvi the illimi
Mupk in a Smhlrt gpp. with peinkwu ether fm 4 li1%.
tk!* ansly-ib 11twe the raw bide W a flat 14.
For
oo
cont with Wtv. of HCI atin. (1.5 (v. cif JiCI d d.
=
i
l g
06
ux cNim
rnwr fit
1.19 in vore 1. JIM. anti heat with a ret
Mnitlett own. Filter the bytitolylate through a to" =
coo
3 and drk4 inu4in filter. Waoh Ifiv wsitinc kit t% fit,.
11111
105% Mt
l
. -
.
ty of
filter *Jib W distd. HIO ond t
sob In the hydrolyzatc " in ttw hide tubmaniv. Do.

oo
the wit left In Ow residue by the Viiihard Inviltud. Drt,
4 the 94. albuinim; byp1wing littler. of the hydrtilysate Into
-
SO
d
t
II
l
CINK
.On
"w"
.
C.
S
a KJO" ftsk. s"aft.4 cc. tt
As 0
00 th te te&iijuv.
O"It.toasnualvol. IIuMtI A. A, It.

J47A%L%*SXAL LITIRATYPI CAMWICA110%
U N AV V 7. w- T T." ir I v 'If
? to is ~ ,
44
1 At a ') I V~ I __
30, Or P IV It at of w It AM I a bi 0 1 v I* %
An
10 00 0 ~ A* 0 000
0 0 0 0 0
1 0 0 0 0 oi* o 0 o 0 o o o o 0 o 0 0 ore 4 0140 0 0 0 0 o o 0 # 0 o 0 0 0 0 0 0 0 10

USSP-,/B--;olom(, Agriculture - Asoizrd- SeP/Oct 52
latiun of Nitrogen
and Fbu:;,rjhOr%25.
"Format.-on of Crystals in Cultures of Psyehro-
philic Bacteria," F.M. Chistyakov, Z. F. Kam-
nen, Llvov Commercial-Econ Inst)
11~xldbiologiYu" Vol 21, No 5, PP 540-547
s on the basis of limited exptl data,
3SUM
that psychrophilic bacteria and the crystals
formed by them in the soil may play a vital
role in the process oi crincn if nitrogen, phos-
phorus, and magnesium as food for plants.
,States that since sufficient data is lacking,
there Is as yet no basis for making any kind of
a definite statement in connection with. psycbro-
pbilic bacteria and ckystals. that are formd'by
them in the soil. The,crystals, formed'in
solid culture media, contain phospbates of cal-
cium. magnesium, and a=ionium. Crystals formed
in IliciAd cultures resemble NOW946H20-

MILINICHMO, Te,L.-, KAGAN, I.S.; GOLIDMIMG, X.Ta.; LAMVA, Z.P.-
SIZOVA., A. 6. Z;;~~
Plov diagram of the menufacture of fruit juices, Xonsei oveprome
15 to-11:14-25 1 160, (MIRA 13;10)
L, Ukrainskiy nauobno-isoledovateltakly institut ko~servnoy pronvsh-
leanosti.
(Pruit,juicea)

.0 1 RIK P6111H 13WVIVA~n
DYROY P.R.;
,V&j_Z,P.; PUSHENKO, K.D.; SYIWIK) Z.D.;
YA81REBOV, A.S.
Rowel of tomato product deposits from the heating surrice
of beat exchangers. Kona. i ov. prom. 18 no.12:9-10 D 163.
(MIRA l7tl)
L
1. Ukrainokiy nauchno-issledovateliskiy 'nstitut konservnoy
prowlablennonti,

I It F 5411:1111 MIX I IM I A I Mil
DYROI P.R.; -MNEVA, Z.P.; PUSHENKO, K.D.; SVIVIK, Z.D.;
YOMM, A. S.
Remial of tomato product deposits from the heating sqr~aLqe
of beat exchangers. Kons. i ov. prom. 18 no.12:9-10 D ,6).
(MIRA 17:1) '
1. Ukrainskiy nauchno-issledovatel'skiy institut konservnoy
proWhlennosti.

KAMOCHAIj D. (Vengriya)
Is ultrasonio therapy dangerous during pregnancy? Vop. kur.,,
fizioter, i lech. fiz, kultt, 26 no.3t202-205 M3r-Je 161 ~MIHA 11,17)
1. Iz I akushersko-ginekologicheakoy kliniki Budapeshtskogo
meditsinskogo institute, (direktor B.Khorn).
(WAMONIC WLVES-TMWEUTIC USE) (PREGNANCY)

KANDCHAI D.-[Kamoceal, D.] (vengriya)
Experiments supporting the use of ultrasound in gynecology. Vop.kar.p
fizioter.i. lech.fiz.kullt. 27 no.2:131-135 Mr-Ap 162.
(MIRA 15:11)
1. Iz ginekologicheakoy kliniki No.1 Budapeshtskogo meditsinskogo
universiteta (dir. B.Gorn).
(ULTRASONIC WAVES-THERAPEUTIC USE) (GYNECOLOGY)

24(0); 5(4); 6(2) FWZ I bOGX EML4DITATION SOV/2215
Vaosayuznyy nauchno-lealedovatel-skiy Inatitut metrologil Im*nI
D.I. Monde2eyeva.
ftefwraty nauchno-Losledovat*l t skikh robot; abornik No. 2 (Scientific
Research Abstracts; Collection or Articles, Wr 2) Moscow.
Standartgiz, 1958. 139 p. 1.000 copies printed.
Additional 5penooring Agenayi US=. Xomitat standartova *or I
I.=&4rItal-nykh prolborov.
Zd.t S. V. Reshatina; Tech. Zd.j M. A. Kondratlye're.
PURPOSE: These reports are Intended for scientists, reseamhors,
and engineer-* engaged in developing standards, measures, and
gages for the various Industries.
COVOWE: The volume contains 126 reports on standards of meaffur*-
"at and control. The reports were prepared by scientists or
Institutes of the Komitet standartov, mor I I=aritel-nykh
prIborov pri Sovete MLnistroy SSSR (Convaission on Standards,
Measures, and Measuring lostrutments under the USSR Council of'
Ministers). The participating Institutes arat VKIIM -
Vs4"yU=77 nauchno-inslodcrvatellakir metrologil Iment D.I.
Xendeloyeva (All-Utdon 3clentiric Research Institute of Met-
rology imeni D.I..Kendelayer) in Leningrad; Sverdlovsk branch
of this Institute. VNXIK - Vossoyuznyy nauchno-insl*dovatellakly
InstItut Komitats mtandartov, =or I I=oritellnyYh priborov
CA12-Union Scientific Research Institute of the Commission
an Standards. Measures, and Measuring Instruments), created
from MQXMIP - Xoskovskly gosudaretvannyy Inatitut mor I
Imerlteltnykh priborcy (Moscow State institute of Measured
and Measuring Instruments) October 1, 1955; MIPTRI -
Vaexoyuznyy nauchnO-l332*dOV&tCl'sk1y inst--tut fizlko-tekhni-
chookikh I radlotekhnichesklkh Imereniy (All-Union Scientific
No3earch Institute or Physicotec"Ical and Radio-ongineerlng
Measurements) In Moscow; KhGIXIP - Khartkovokly gomudaretvennyy
Institut nor I Izmerltcl0nTkh priborov (Khartkov State Instituto
of Measures and Measuring Instruments); and KGIXIF - Novas-'-
birokly gosudaretyenyy Inatitut mer I IzmerItel1nykh priboroy
(Novosibirsk State Institute of Measures and Measuring Instru-
o~s"t,q). No personalities are mentioned. There or* no references.
Z=8_SA_F.V., and VTe-_E0_k&VjM (VXXLMI). Printing Chronograph
or the PKh-2 Type Ith a Reading Accuracy or 0.001 Second 39
rotepov, V"' (V?r1IPTRI)- APPor4tus Of the UPS-2 Type for
Automatic Feeding of Time Signals 40
3tMrAhM1t,_A.D., and Y.K. Potck4.jM (VXIIM). Frequency Convertor
for Receiving Rhythmic Time Slenels on the Chronascape by the
Continuous Readout Method 41
7'OvchltrechkO, B.S. (VNIIM). Receiving Rhythmic Time Signals on
a Chr4moxoop* With a Synchronous Motor Fed by a 1016o(6)-cycie
Source 42
Aovcla&mchko, S.S., and B!.AA. (VNIIM). Improving the
X-hlEin
Synchronous Chrovioscopt - 43
'ramochk1n, B.A. (VNIIM). Instrument for Receiving Electrical
Pulses From COntactloss Chronometer* 44
Card 9/77
G
7~_

MUCHIKIN, B.A.; TOVCHIGRECHKO, S.S.
Photoelectric attachment to a recording chronograph. Astron.-
zhur. 39 nos2,;369-j71 Mr-Ap 162, (KRA 15:3)
1. Vassovuznyy nauchno-isaledovatellskiy institut metrologil
im. D.I.14andeleyeva.
(Chronograph)

KAMCHKIN, D4A.; TOVCHIGRECHKOV B.S.
Chronograph for continuous recording of time intervals of slow
processes. Priboroatronanie no.11:22-23 N 163. (MIRA 16tl2)

KJ1,140C HE IIA P YeM., ERGAMT, N.M.
Melting point of palladium. Trudy inst,.Yom,stani,mer azin'-pr. D,
no.71:237-241 163. -7
1. Vsesoyuznyy nauchno-issledovatel'Aly imstill till mptrcilo,alt- .-,ri,
D.I. Mendeleyeva.

MIGAIM', FIX.
Al-pfLratus for calibrating thermocouples and study4,ng thermo-
electrode materials. Rov. na-uch.--,sr;l. rab. po raetr. VNIIM
no.3tl.'1-20 1614. (MT!Lti 38:2)

YAECCY1, JAIIJSZ.
YANCIII, M411USZ. PrzeVlad kwestionariuszy etnoEraficznych wydanych w
jazy)ru polskiia. Foman, ski. F-1. Polskie Towarzystwo
Li4oxnawcze (1953) 6, p. (Archiurun etnof.~rrficzne,
nr. 5) (Review of an ethm-raphic qu~-.stionnaire
putlished in the Polish lanpage. tilbl., footnotes)
& GKI.CGY
Poland
So: East Europeon Accessions, Vol. 5, YaY 1956

V; FLESCII, Gyorgy; BANHAZI, Gyula
IIIKECZp Istvan; JAW-S-Ajj-am4- - BANOGZf
Gyorgy; NAGY, Karoly; KUNFFY Zoltan, dr.; KOLLER Kalman; BAUMA
Pal; KRAXOWIAK, Satanisslaw ivarso, Lengyelorazag;; FUTO, Istvan;
SZAW, Jozsef; FMNCZI, Bela; TIBOLD, Vilmos, dr,; FUCHER, Odon;
KOVACS, Laszlone; UDVARDI, Xornel
Discussion held in the field of Oftral electrification."
Villamossag 8 no.!V.6:153-156 YT-Je 160.
1. "Villamossag" axerkeszto bizottsagi tagja (for Banoczy).

K"MSA,-SW&LIW-
Ventilation of animal farm buildings. Mezogazd techn 4 no.12t
26-27 '64.

11
'CA7SA, ,an-
KAM . dor
k.
~.A,Jllng Rrd technological hv-iting lystc-~jrni. techn 5 nc.I,
26-28 165.

KAHDGSAYP DO-PTARNOCZY, T.
Studies on the effeot of ultrasonics on the ovary and pituitary of
rats; preliminary report. Acts, physiol., hung. 3 no.1:209-210 1952.
(GLML 24:3)
1. Of the Central Research Institute of Physics of the flangarian
Academy of Sciences Budapest Department for Acoustics and Ultrasonics.

IUMOGSAY, Dezoo; RONA, Gyorgy; TMIINOCZT. Tamas
Xffect of ultrasonics on testes; experiments with white rats.
liserlotes orvostud. 6 no-5:455-4G~ Sept 54
1. Budapesti Orwostuaomanyi IgVetem 1. rorbonetani an Kiserleti
Rakkntato lirtessete as a Kozponto Fizikai Kutato Intezet Akusatikat
ee Ultrahang Cooportja
(UMIRASONICSO eff.
on iestosin rate)
(TICSTXS, eff. of radiations on
ultrasonics in rate)

BERMINYI, Annu3 dr.; Y,,V.IOGSAY, Dazoo, cli*.; GIUIGUS:J, Pal, dr., ifj.
Ultrasonic treatment of vitreal opaoities. Orv. heti-1. 103 no.4.0-.
1887-1889 7 0 162.
1. Budapesti Orvostudomanyi Egyetem,. II. Szomeszeti Klinika ea I. Noi
Klinika.
(ULTRASONIC T101APY) (VITTEOUS BODY)

EXCERPTA YEDICA Sec 10 Vol 12/10 Cbs'tetrics Oct 59
1847. ill.'rHASOUND IN GYNECOLOGY - K n 1) Firs, Univ,Gynecok.
ocaa
at C
AMER. J. PHYS. NIETT.-IM71 I tic I
Clin.. BudapLst t 96,� ~,4) ~ I 9G -
Having studied the influence of ultrasonic radiation an the sexual cycle of rats and
the penetration or these waves Into cadavers, the author experimented with uitr,%-
sonic irradiation of the genital organs of young women who had to have a therapout-
Ical abdrtion. No ovarian lesions other than a transient hyperaemia were observed.
A total of 924 pattents have now been subjected to this method of treatmvnt. with
a very large proportion of successes. The value of the treatment for various dis-
Wrhancmt is anulysed- obstructions of the tubes, parnmetritia and vulvar and anal
pruritus are mentioned In particular. It in asserted that with this method there are
also fewer caste in which cancer of the cervix develops as a sequel to Infectious
epithelial lesions.
SMal - Marseilics (XIX. 10. 141
.'Vk

XAMODZINSKI, Z.
Printer's bibliography. Pollgrafika 14 no-3:11-14 Mr 162,
1 1
7

STRUKOV, I.T.j TEBYAKINA, A.Ye,; INOZDTSEVA, I.I.; KOSTROMINA, O.Ye.; UmQqj&,~,
BUYANOVSKAYA, I.S.; SHNEYERSON, A.N.; CHAYKCJVSKAYA, S.M.;
~Yj
DiOUNINA, Ye.N.
2,6-dimethoxyphanyl penicillin (methycillin) and its microbiological
study. Antibiotiki 8 no.8t690-694 Ag 163. (MIRA 17:5)
1. Vuesoyuznyy nauchno-isaledovateliskiy institut antibiotikov.

. . - "IIN 411 '11! . , I I .11, ; -1 - ! 1., 11 .1 . . .
INOZEWSEVA, I. I.; UEYNERO G. I.; FANINA, M. A.; KAMIDKINA, Z. P.;. STRUX(OV) I.- T.
"A study of phys Ico -chemical properties of methicillin and oxacillin."
report submittedfor Antibiotics Cong) Prague, 15-19 jun 64.
Cent Antibiotic Res Inst, ~bscov & Factory for Medical Preparations, Riga.

I Iq "VA I i
lfld/C)KINA I Z . F. I 1210101LOV) A. S. ) 1NO22, . SEE ) I I I.) KACILALDIA) Ye V.
. nnd Mellor, F. M. (MOSCOW,
"Zur Clieviie des Phenoxyinethylpenicillins,"
ptw pmouw at tm 4th inti. ouwass or IllubtaUtry,, Vie=, 1-6 Sop 58.

A li /.,/Cl A f) ~ ~ /- I
INOZ&MEVA, I.I.; JUAYM,
KHOKMV, A.S.
,wU
Recove,.,7 and-pur-ifteation of phenoxymetbvlpenici.llin. Med.prom.
11 no,#11:11--16 N 157, (MIRA 11:1)
11PAINIM-M
1. VOevoyuszWy neuchno-isaledovatel'Bkiy institut antibiotikov
i Risheikiy zavod meditsinskikh preparstov
(FAINUMN)

S/181/61/003/008/019/034
B102/B202
It, 7 700
AUTHORS: Kamoldinov, M. G. and Reykhrudell, E. M.
TITLE- Photoconduativity and quantum yield in germanium under the
ao-bion of X-irradiation
PERIODICAL- Fizika tverdogo tela, v. 3, no. 8, 1961, 2362-2368
TEXT: The authors describe studies of the effect of X-irradiation on the
electric conduoti,irity (concentration, mobility, and lifetime of the carrienj
of a homogeneous germanium specimen by simultaneously measuring the Hall
effect and the conductivity as functions of the irradiation dose. The
specimens used were n-type germanium pieces (21.5-5.3-3.4 mm) with an ini-
tial resistivity of 17-44 ohm-om and a diffusion length of 2.3 mm. Lead
contacts wereapplied to these specimens. The measurements were made in
glass tubes (10- 4 mm Hg) in a field H - 5,000 oe. To reduce the surface
recombination rate the samples were etched in H 202. X-irradiation was made
with a PYA-2 (RUP-2) device at 100, 150, and 200 kv. The doses were
measured by a Pt4-IM (RM-1M) device. The measurements were made at 650C
Card 1/4

27289
S/1 a 1 /61 /oo3/ooa/o1 9/034
Photoconductivity and. quantum ... B102/B2(02
(constant). The X-ray absorption coefficient was determined from the
blackening of an X-ray film. An MO-2 (MF-2) microphotometor was used for
photometry, The following numerical results were obtained:
anode Aeff' I absorption coefficients, quantum yield Pair forms- T
voltage meetsured number of tion ener- "so
~& P_ (IM electron-hole gy, ev
10-22 pairs
100 0.248 1.6. 7.15 1-34 18 830 2.66 1,220
22
150 o.165 1.2-10- 5-51 1-03 27 400 2.74 1,350
22
200 o.o62 0.9-10- 4.15 0.775 1 41 040 2.44 J1,550
~L, and ~L are the atomic, the linear (tL - [lnI -InI -d1j and the
M 1 21 [42
mass absorption coeffioient, respectively. p. was measured in two plane-
parallel plates of the thi'dkne8sesdi and d ~4, and N were also cal-
2 i-9-4A3 a
culated from the formulas fk - 2.64 10- Z and A~/Qlji = AN/N
a
where Q is the specific density, N, Avogadro's number. The theoretical
Card 2/4

17289
Photoconductivity and quantum ...
S/181/61/003/008/019/034
B102/B202
values for 100-v anode-voltage are higher, for 150 and 200 ev lower than
the experimental values. The carrier lifetime -r was determined from
formula I a qPr/T , where IIis the photoourrent in the semiconductor, F the
number of excitations per seo, q the electron charge and T the time con-
sumed by a carrier to travel the distance between the electrodes. Con-
clusion: X-irradiation leads to a change of oonductivity,and of the
quantities by which it is determined; the absorption of X-ray quanta causes
the occurrence of additional bound states in the forbidden band as well as
an increase of the carrier lifetime and a "hyperlinearity". At a certain
minimum dose, saturation of photoconductivity occurs. The saturation value
of conductivity depends on the quantum energy and on the dose rate. With
equal quantum energy and equal absorbed dose it is approximately propor-
tional to the dose rate. The quantum yield is proportional to the energy
of the absorbed photon. Within the limits of measurement acouracy the
electron-hole pair formation energy is in agreement with the results ob-
tained by other authors. There are 4 figures, 2 tables, and 15 references:
12 Soviet-bloc and 3 non-Soviet-bloc. The three references to English-
language publications read as follows: A. Rose. Phys. Rev.t 21t 322, 1955;
P. Rappaport. Phys. Rev. 21, 246, 1954; K. G. Uc-Kay. Phys. Rev. 64, 829,195~
Card 3/4

1441 fill
97289
S/181/6-1/003/008/019/034 L/
Photooonduativity and quan-um B102/B202
ASSOCIATION: Moskoveldy gosudarstvennyy universitet im. U. V. Lomonosova
(Moscow State University imeni M. V. LomoLosov)
SUBMITTED: October 19, 1960 (initially), March 11, 1961 (after revipion).
Card 4/4

KAMOLrawv, M.G,; RBYYJIRUDE-L'J, EX.
Photoconductivity and quantum yield in germanium under the
action of X rays. Fiz. tver. tela 3 no.8:2362-2368 Ag 161.
(MIRA 14:8)
1. Moskovskiy gosudarstvennyy universitet Un. M.V. Lomonosova.
(Photoconductivity)
(Semiconductors, Effect of radiation on)

X
~5
11i -Att
D
'A
Lj!
H
J
t
.- A1,1311F M. MIN PMH
Ri M
1; -p
ill I 1~1411
KHEYFETS, L.B.; KAMOLIKOVA, T.L.; KONTOROVICH, R.A.
An outbreak of ernidemic hepatitis at an arctic settlement. Vop.virua.
3 no.1:4.7-49 Ja-1? 158. (MIRE 11:4)
1. Arkhangellskiy maditainakiy inatitut i Arkhangellskiy institut
epidemiologii, mikrobiologii i gigiyeny.
(HSPATITIS, EMOTIOUS,
epidemic in arctic settlement (Rue)

KOPYLOVA., Z.A.; KAM)1;LKOVA'L_1,Jt,~ Prinimall uchastiye: ALABYSHEVA, S.I.;
-T-t-
VASEVAJ Ro 4 -
Level of ascorbic,acid in the blood in health subjects and in
acute Infections in Archangel. Vop.pit 21 no.4:66-71 JI-Ag 162.
MIRA 15:12)
1. Is kafedry bioldiimii (zav. - dotsent M.D.Kiverin) i
inftktsionnoy kliniki Arkhangel'skogo meditainskogo instituta.
(ASCORBIC ACID) (ARCHANGEL-COWUNICABLE DISEASES)

KFlmDLiKPv,9,
CRUATA, L.Te.; IMSIRA, Y.D.; Bmou. va.; -XAM-.-
Amebiasle In Turlmenistm, god, parm. I parm. bol. no.3:26o-264
(MLRA 8:2)
1, 1% saktora eksperimentalinoy pamitologii Instituta malyarii,
maditsinckcr par,asitologii i gallmintologii Mintaterstra sdravo-
okhrazenly-t SSSIL (dir. Inatituta prof. P.G.Sargiyar, sar. saktorom
prof. T.P.1-lod"yapoll okay&)
(AMNBUSIS, apidemlologn
Russia)

WAHOLOV, B.A.-
Regionalization of-the mountainous part of the Zeravshan Basin
According to the formation conditions of the average Ivrennial
runoff. Izv. Vses. geog. ob-va 95 no.5:448-449 3-0 163.
(MIRA 16:12)

KAHOLOVJ,..9h.K. (MbskVa)
i ~: 1-1.1-1i- -.
Level of the alcohol conten-t in the blood in various stages.,
of alaoholUm. Trudy Goo. nauch.-isol. i]28t. paikh. 38%
258-267 ~14-3. (MIRA 16:11)
V,

Flax afid It's w'4ste produe nialn up to 2.5 of Am-
EAU
like substances whose totI Incremeg to
0
e y
fit flax dust. The wax firti acid no, 48.3, Rapon. no. 101
1 3
I no, (Hfibl) 20A, ucetyl 110. jlcj;LT~g 20.20 an
It contain
Fort -%jion no o tiaeon ane, cerolic
a d? palpillic udid am =ie
~Oqmne- " ma orinalOrToa tton inaterial
tmated with a soln. of the ch is weakened
' ~ L--A: 8 ffz"
on heatink above 100* as a resit 6 sp i tin 0 0
On dryin and on storiug in air the chlorinate(] wax ma-
WIRI d2cm. W. R. llenn

ViVI)WnV- T-
Transportation of goods in tkie Budapest area. p. 120
(Epitoarkyags Budapest,, N101. 51, no. 9, Yareb~ 1953.
'ant European Accessions, (REAL), LC, Vol. 4, No. I , 1955, U
SOt Monthly list of HE an
i4 "I

KAMOIDY,- I.
Experiences related to modifyi,.,g the instruction on the plan of shipment by trucks.
P- 721. (Hungary. YozpOnti Szollitasi Tanacs. Kozlelzedesi Kozlony. Vol. 13, no,L5,
Nov. 19.57. BudaPeTt,) fixtrigary)
Monthly Index of H~ast European Accessions (EEAI) LC. Vol. 7, nc. 2,
February 1958

mony, 1.
New princirLes in pbqnning trucking transp-)rtatlon. p. 255. (Kozlekedesi
Koz1ony, VoI. 13, No. 14, Apr 1957, Budapest, Hungsr%v)
SO: Monthly List of East European Accessions (EBAL) LC, Vol.. 6, No. 8, Aug 1957. Uncl.

I
-If"TT, A,
M
Developnent of scientific methods for orc: nization of work and
operntior oC enterpri.ses. p. 459. TEKSTIL(Drustvo inzenjera i
techicara tokstilsen Hrvatske). Zagreb. Vol. 5, no. 6, June 1956
SOURCEt 'East Europe Accession List (EEC-),
Library or Congressp Vol. 5, no. 13, Nov. 3.956

KAMONDY, Imre
Agricultural transportation in connection with harvest g and ~tvern-
ment purchasing in .1962. Kozleked koal 19 no.14:223-,KAP 7 Ap 63.

KAMORIII,1.14., gornyy inthener; CIWGUNOV,V.D., gornyy inzhener
;
Now mining nachinery built by the TQrshtym nechanical engineering
plant. Gor.zhur. no.9:25-31 S '55. WRA 8:8)
(Mining machinery) (Iryshtym-Machinery industry)

UNORIN. N,V. (Kineshms).
M"Ma""Wr
Hibernation". of plants. Priroda 45 no.12:128 3) 156. (MLRA 10:2)
(Plants.1iffect of temperature on)

. I
KAMORINI N.V. (Xines~m~m', ivanovskoy oblasti)
Snowdrops, Priroda 30 no-4:124 Ap l6le (KM 1494)
(Snowarops)

15-1957-3-3694
Translation from; Referativnyy zhurnall Geologiyap 1957p Nr 3, p
174 (USSR)
AUTHORS: Kamorov, S, G., Korshikov, V. N.

TITLE: The Conditions and Experience of Making Electric Log
Measurements in Holes Drilled With Water in the Regions
Of lthe'basWr and.'Tatar ASSA's (UslOviYa I opyt provedeniya
elektrometricheskikh issledovaniy v skvazhinakh, bury&-
shchiklisya na vode, v rayonhkh Bashkirii I Tatax-ii.
PERIODICAL: Razved. I promysl. geofizika, vol 14, 1955, pp 40-51
ABSTRACT.@ When drilling through clay rocks, with the flushing done
by water, cavities are formed that are larger than those
formed when 'drilling with muds,and geophysical instru-
ments become suspended on ledges formed by the sharp
changes in the diameter of the hole. Electric logs de-
pend on 1) changes in conditions of erosion of the wall
of the drill hole; 2) increase in depth of penetration
of the drilling fluid into a formation; 3) increase In
Card 1/3 mineralization of the fluid filling the hole. Changes

15-1957-3-3694
The Conditionii and Experience of Making Electric Log Me -asurements In
Holes Drillod With Water in the Regions of the Bashkir and- Tdtar ASSRs
in the diameter of the drill hole may be shown on a curve (cavi-
ty record). This record is important for determining the li-
thology oT the layers. High,mineralization of the flushing
fluid shaorply impairs the differentiation between the apparent
resisti,rity curve and the true resistivity curve. In order to
decrease the effect of mineralization in the fluids on the ap-
parent resistivity curve, a method has recently been proposed
of making an electric log by using a guard-electrode, but thus
far this method has not given satisfactory results. The inter-
pretation of the apparent resistivity and true resistivity
curves is especially complicated when the mineralization in the
drilling fluid changes with its position In the well and with
time. 7Y) calculate these variations it is necessary to make
measurements on a resistivity-meter drawn up along the shaft of
the drill. hole. Work done by the Taymazinskiy (Tuymazy) Geo-
physical Office has shown that the effect measured during neu-
ron and electric logging depends on the mineralization of the
Card M

15-1957-3-3694
The Conditions and Experience of Making Electric Log Measurements in
Holes Drilled With Water in the Regions of the Bashkir ahd* Tatar ASSR's
drilling mud, and therefore it is difficult to differentiate
the section according to 11thology.
Card 3/3 V. 14. G,

BAZHINOV, A.G.; KAM
- T~ I Y-9 A Am'
- -
Use of /f-propiolactone in disinfection and sterilization; according
to fareiga investigations. Zhur. mikrobiol. epid. i imun. 31 no.7;
26-30 J-1. 160. (MIRA 1319)
(HYDRACRYLIC ACID) (ANTISEPTICS)

-m
BOGDANOV) I.I.; PHNOM. N.M.
Modern'bacterial collectors (data on scme foreign investigations).
Gig,i san., 26 no-3:81-85 Mr 161. (NIFA 14:6)
(BACTERIOLOGY-EQUIPMEW AND SUPPLIFS)
(AIR SAMPLING APPARATUS)

BAZHINOV, A.G. podp():Lkovnik moditainskoy sluzhby; KAMRSKIYj ~ N.M. ~ podpolkovnik;
Y
OMMV) V-1,j, Podpolkoynik, kand.khimicheskikh nauk
Now substanous and methods for didlAfecting hospital roomn�is
revealed by roreign studies). Vosn.~-med. zhur. no.703-56 J1 161,
(HIRA 15:1)
(DISIMOTION AND DISINFECTANTS) (110SMALS--SANITATION)

I H Imliflifimull"91".21,
BAZMNDVt A,Gq tX&ORAry. N.H. (Moskva)
fternization ~ of hmografte by means of propiolactone; as
revealed by fmign sitildies, Khirurgiia no.&130-133 Ag(161,
MIU 1515)
(MCAORMO ACID) (HOMOGRAFTS.-STRILIZATION)

BAZHINOVP Ago*; GARINj N.S.; !~~Kl~YN. ~.; KOMAROVp V.A.
Sterilization of nutrlent medi4t usingp -propiolactone. Lab.delo
8 no. 5:4649 :YV 162. (HYDRACRYLIC ACID) (KM 15:12)
(B&CTERIOLOGY-CULTURES AND CULTURE MEDIA)

~~= 1L,5M2MM%wU
- XAMORZINA. I. - -7
Preparation of luminous paints. On. tekh. 5 no. 11:52 9 160.
(MMA 13:12)
(Paint, TAxminous)

ACC NR; AP6030?49 SOURCE CODE.* TjT-,/0394/0"0/004/007/0019/0021~
q
AUTHOR: Kanorzina, 1. Go; Karpov, Go A.; Knyazoval K. So
OPL: Scientific Rosoarch and Tochnological D3zign Inotituto of Chomicei. Goods Alor
Cultural and Domestic Purposes (Nauchno-isslodovatollskiy i proyoktno-tokhnolog-1-
choskiy institut, khimichesU-Wh tovarov kullturno-bytovogo naznacheniya)
TITLE: Rosults of tests offragrant substances as deodorants for insecticides and
ropollonts
SOURCE. Khimiya v sel'skom.khozyaystvov v. 4p no. 7s 19669 19-21
TOPIC TA.GS.' insectioide, doodorant I c(-
A-13STIUM 7ho object of the oxparimonts was to study the roactions of fleas and raos-
quitocs (Aades) to fragrant substances and essential oils uhich can be used (soparato-,
ly or in combination) as doodorants in insocticide, preparations. Fifty-three cornpounes
(essantal oils, alcohols, aldohydos, acidr.1, esters, ossoncos and soap deodorants) wore;
tosted under laboratory conditions at 230C~ 'and found to bo dividod into attractaritsp
ropollents2 and indifferent substances. It', is shmm that tho doodorant substances
should be tested only in-concontrations up to 11,46. Different Species of insects may
raact in difforent ways to tho smao fragrant subetancos. For oxamplo, a 1% solution of
I ja.-=no aldehyde is a repellent to fleas but an attractant. to mosquitoos. A 1% solu-
tion of citral is indifferent to fleasp but a repellent to mosquitoos. For this rea-
LCard 1/2 uDc: 623-951:L6q.5 9