SCIENTIFIC ABSTRACT GINZBURG, TS. - GINZBURG, V.

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• Collection: Scientific Abstracts
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• Release Decision: RIF
• Original Classification: S
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• Document Creation Date: November 2, 2016
• Document Release Date: September 26, 2002
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

kT-J- m V K, G-
30V 112-58-1-289
Translation from: Referativnyy zhurnal, Elektrotekhnika, 1958, Nr 1,
pp 42-43 (USSR)
AUTHOR: GirLzburg, Ts. G.
T"TLE: Laboratory Tests of Watertightness and Strength of Block Joints in
Concrete Structures (Laboratornyye ispytaniya vodonepronitsayemosti i
prochnosti blochnykh shvov betonnykh sooruzheniy)
PERIODICAL: Izv. Vses. n. -1. in-ta gidrotekhn. , 1956, Nr 56, pp 144-155
ABSTRACT: In a laboratory at one of the Soviet Hydroelectric developments,
watertightness of various block-joint types was investigated. Averaged test
results of a simple joint, a hacked joint, and a hacked joint with scrubbed
mortar revealed that the latter had the minimum seepage; the hacked joint had
the maximum seepage. Apparently, water accumulating in the hacked-joint
notches dilutes the mortar of the adjoining surfaces and lowers seepage resist-
ance of the joint. Rubbing the mortar in with steel brushes eliminates this
difficulty. Tests also revealed an abrupt reductior of seepage in the joints
after 120 days - explained by self-sealing of the concrete joint under the
Card 1/3

SOV/ 112-58-1-289
Liboratory Tests of Watertightness and Strength of Block Joints in Concrete
influence of an intensive hydration of the cement. Vibrating the concrete in-
sures a higher watertightness than bayonet-type compacting. Averaged test
results of joints with oil-tar and cement keys, with roughened surface, and
with corrosion -protected steel sheets revealed that the oil-tar key joints had
no seepage after Z8 days. The cement key showed a seepage of 62. J% com-
pared to that through the simple joint. Rough-surface joints and steel-sheet
joints showed no filgration after 200 days. Vibrated concrete showed a filtra-
tion considerably lower than the bayonet -compacted joint. Strength tests of
concrete joints were made on the 28th day and revealed the most inferior re-
sults with the hacked joint with vibration (39. 6% with respect to solid control
samples) and the beat results with the hacked joint with broomed mortar (84. 5%
with respect to the control samples). Laboratory analysis of joints should be
supplemented by studying watertightness under actual operatibg conditions.
Intensive hydration f1 cement is very important for reducing joint seepage;
high humidity and uniform temperature are conducive to curing. When con-
structionB are being flooded, better joint seals will result if the temperatures
Card 2/3

SOV/ I I Z-58-1-289
Laboratory Tests of Watertightness and Strength of Block Joints in Concrete
of both the concrete and water are nearly the same. Tests have shown that
joints with greater mechanical Qrength have better watertightness.
V. G. P.
AVAILABLE: Library of Congress
1. Structures--Properties 2. Joints--Test methods 3. Concrete
--Perfomance
Card 3/3

AUTHOR: Cand. Tech. Sciences. 179
TITLE: The permissible mica content in sand used for concrete.
(0 dopustinom soderzhanii slyudy v peske, primenyayemom
v betone).
PERIODICAL:"Beton i Zhelezobeton" (Concrete and Reinforced Concrete),
1957, No-3, pp-107-108 (U.S.S.R.)
ABSTRACT: In the Laboratory of the All-Soviet Scientific and
Research Institute for Hydrotechnik imeni B.E.Vedeneyev
(Veesoyuznii Nauchno-issledovatellskii Institut
Gidrotekhniki imeni B.E. Vedeneyeva (VNIIG)) the author
investigated the influence of mica in sand and the hard-
riess and frost-resistance of cement mortar and concrete
and also on concrete which contains a small quantity
of sulphite waste liquor (SSB). The tested cement was
of Hark 400, manufactured by the Leningrad factory
imeni Vorovskogo and had the folloyring composition:
C3S = 50.4%, C28 = 20-79c, C4AF = 14% and C 3A = 9.49~.
The relevant standards are: GOST 4797 - 49 (Hydro-
1~ochi-.,ical Concrete). Both standard allow for 0.059~
of Llica in sand used for concrete. GOST 4797 - 49 was
revioed by UQSSTROI SSSR and the new permissible mica
content is increased up to 2-3%. Results of the
investigations show that up to 4% mica content does
not affect the strength of the cement mortar appreciably.
Tests were also carried out by substituting sand by mica

The permissible mica content in sand used for concrete. 179
(Cont.)
which qhowed that the strenj-,th of the mortar was only
15% of the strenCth of pure sand mortar. The influence
of thc mica content in Band on cement mortar with
regard to the frost-resistance of the latter was tested
by subraer6ing the test cubes 3 - 5 times in a saturated
soAtion of sodium sulphate with subsequent drying at
105 C. Results proved that up to 3W mica does not
impair the frost resistance. For concrete situated
under water Bands containing up to 59~ of biotite or up
to 3~~ muscovite can be used. Concretes drying on air
ca.n contain sand with 3% biotite or 2% muscovite.

179
PERIODICAL: "Beton i Zbelezobeton" (Concrete and Reinforced Concrete),
1957, NT.3, pp.lUI-Iug (U.S.S.R.)
Tlw use of cinder dust for concrete.
Ispol'zovaniye zollnoi pyli dlya prigotovleniya betona).
bstracted from "Concrete Building and Concrete
U
Products", 1956, No.G.)

GINZBLW. TS.G., Imnd~d&tIt.9k.hnichs*Icikh nauk.
W .
~6 'q'mility' Pf c9'acie'O.'and.10i control in building hydraulic
~ F t
structures. Oidr, stroi. 26 no 4:11-13 Ap 157. OM 10:6)
(Hydraulic amginearingl (Concrete construction)

STOLINIKOV, V.V.,
tekhn.nauk.
doktor takhn.nauk, prof.; GIVZBURG, TS.G., kand.
Using air entraining additives and small doses of calcium
chloride in winter concrete work. Gidr.etrol. 26 no.10:33-37
0 '57. (MUU 101. 10)
(Concrete construction--Cold weather conditions)

STOLINIKOV. Y.T.. prof., doktor tekhn.nau1c; Gi- TS.G, starshly
rAucbnyy sotrudnik, itand.teichn.nauk
Winter concreting with tho'luse of air-antmining agents and
small doses of calcium chloride. Izv. TRIG 60:28-38 '38-
(KIRA 13:6)
(Frost resistant concrete)

GINZBM. TS.G.; LITFIADVA, R-Ts.
. ~ 1.11 4.-..". 1, _--- ~. ,
Strength of cement and concrete solutions during axial ex-
tension and compression. Izv. MIG 60:165-171 158.
(KIM 13:6)
(Concrete-Testing)

GINZBURG, TSezarl Grigorlyevich; MISTYAKOV, llsksandr Mikhaylovich;
GIRMAN, 1.1., red.; MIDETRYN, B.S.. tokhn.red.
Designing wear resisting anti-cavitation concretes] Proaktiro-
vanie imosatiotochivogo protivokavitatsionnogo betona. Moskva,
Gom.energ.lzd-yo, 1939. 34 p. (MIRA 13:4)
(concrete) (Hydraulic structures)

14(10)
SOV/98-59-2-?/22
AUTHORS: Linzburg-,-i1gTG-,and Litvinova, R.Ye.,
Candidates of Tec.-nical Sciences
TITLE: The Variation of A_xial Tensile and Com-
pressive Strength of Hydrotechnical Con-
crete Over a Period of Time (Izmeneniye
prochnosti gid.rotekhnic)ieskogo betona na
osevoye rastyazheniye i szhatiye vo
vremeni)
PERIODICAL: Gidrotekhicheskoye stroitellstvo, 1959,
Nr 2, P 30-33 (USSR)
ABSTRACT: This article describes the results ob-
tained in the laboratoriya betona ~the
Beton Laboratory) of VNIIG, of a study of
the dependence of tensile and compressive
strength of concrete and concrete solution
on the water-cement ratio and on hardening
Card 1/3 periods. It was found that the relation

14(10)
The Variation of Axial Tensile and Coi,.i-
pressive 3trength of Hydrotechnical Con-
crete Over a Period of Time
between axial tensile strenCth and compres-
sive strength is not always the same for a
given concrete, but decreases with the gra-
dual hardening of concrete. The axial
strength of new concrete is less than the
strength of its solution. The axial tensile
strength of one year old concrete is greater
than that of its solution, because at that
time the cohesion of the coarse filler with
the liquid component in a humid surrounding
attains a considerable magnitude at the ex-
pense of swelling and hydration of cement
r,qrd 2/3 stone. The authors recommend the elaboration

14(10) SOV/98-59-2-7/22
The Variation of Axial Tensile and Com-
pressive Strength of Hydrotechnical Con-
crete Over a Period of Time
of a unioue method of testing axial ten-
sile strength of concrete. 'I'liere are 7)
tables and 4 graphs.
ASSOCIATION: (VNIIG)
Card 3/3

STOLINIKOV, V.V., prof., doktor tekhn.nauk; GINZ UIRG, T&q., starshiy
neudl1w Botrildni . kand.tekhn. ; LITVINOVA, R.Yee, atarshiy
nauchnyy sotradnik, MM.khifonauk
Stiff concrete mix for the interior areas of hydraulic structures.
Izv.VNIIG 63:73-83 160. (MIRA 14:5)
(Concrete) (Hydraulic structures)

gA_ _T8-66', 9W, T-T-t LITTINOT44 Lys-
Some problems connoted with heat oidsoion during hardening cements.
Tsvent 26 no.4:11-1,5 JI-Ag 160# (MIRA 13: U)
(Bs4t,-Radiatl rA, sad adsorption)
Rmut)

, KOIS, L.I*
. ~ DW URG X_V
Beat release during hardening of cement mortars and concretes.
Sbor. trud. LIUM ns.192:117-136 162. (HIRA 16:9)

GINZBU~Rl_'tM,,,_kand.takho.nauk; GERSHOUVICH, G.L., inzh.
Selecting the composition of the concrete for the dam of the
Bratsk Hydroelectric Power Station. Gidr.atrol. 32 no.4:8-11
Ap( 162. (MA 1514)
Bratsk Hydroelectric Power Station-Dams) (Concrete)

GIMBURG _T8 G, Juuid.tekhn~nauk; LITVINOVAP R.Ye., kand.khimicheskikh nauk
The Possibility of extending the deadlines for placing- separate
layern of concrete mix, Gidr.atrol. 32 no.7;25-27 JI 162.
(ICU 15:7)
(Con,.-,rete constrw1ion.)

0INZBOM, 1. 1.
"Night-time Drops in Te"rature and Forecast of Radiational
Conditions in tsie SSSRII, Works of the Sci-Res InstituLion of
the liydrometeorologioal Service SSSR, Series 1, No 28, 1946
(Y,eteorologiya i Gidrologiya, No b Nov/Doe 1947)
Fog Under Various Climatic
Lhe Main Administration of
(87-92).
SO: U-3218, 3 Apr 1,953

USSP/Ledicine Tubercvl,-)r.,is
JLnirialF, Experinen-
tati on
"Is It Practical to VM1jve Shite ldce for Deterrdnirf, the Virui,~nce of -Tubercle
7-Pacil3i Str,-jr,,?" R. 0. Drabldna, T. S. Gli~zburg, Ir.T.,,vmcl Lab, Kiev 1nFt of
Tubercul osis, 2 r) 1:
"Prob Tuber" No
Virulence of 2 -Arains of tu'Oercle bacilli isolated from persons with vari,Ais types
of tuberculosis of the llur~gs, bm)es, aand joints was tested on -Wiite mice and re.-ults
compayed with results obtained from guinea pigr to aEcertain whet,-er virulence in one-
E-ensitive aninal corresponded to the deCr,-,e of virulence in mic-tilpr. Found Hwit
CreEh ctrainS -from humin beimys were virulent in white idne, but the deEr,--Ie of
virulence in white mice did not aalways correspond to th2t 1r iTuinea pigs. Cbserved
no relatilons',Iap betHeen nature and coiLrse of himm proces.:es in.J de-Cree of virulence
in white :nice. JJir., Kiev Im;t of Tuberculosis- A. S. !',~mqolat. Sci DirY Immunol
Lab: Prof N. S. Morozovskly.
4W PA 15~1'17C

MM/Nedial3me - Bacterieloa JvI/Amg 52
'Accelerated Method for Tiesting the Resistance
at Mock Bac 1111 to Streptumay in," T. S. CH y% -
Uwwg., Immnobiol Lab, Ukrainian Sci Res 'Tuberculosis
T--tp Kiev
'Prob Tuber" No 4, pp 64-66
Describes laboratory procedure of a Toodifted
7 an of the Price test for detu of the effects
at -brey onqcin on certain bacterial form of
tuberaulosis. Advocated advantages of %bla test,
al&Uwd by Soviet scientists ax-e: time reqvAred
tor the test reduced from 6 vto to 10 or 14 dmam,
too -A in on stage, sinqpUfied pre of a
caLtme =edim.

GBZBM. T.S.
Significance of streptonVoin resistance of Mycobacterinu tuberoulosto
for the effio"y of therapy. Arobl-tub- n0-4:77 Jl-Ag '53-
(MLlRA 6: 11 )
1, Is lummobiologichaskoy laboratorii (saveduyushchiy - professor R.O.
DrOkina) Ukrainskogo mmohno-imeledovitellskogo tubarbilesnogo insti-
tuta (direktor A.S.Mawlat). (Taborculonis) (streptomycin)

GIIZBURG,, T. S.
"Haterials of a Study of Streptonycin-Resistant Strains of Mycobacterium Tuberculosis."
Y4zan' State Medical Inst., Kiev, 1955. (IY-ssertation for the Degree of Candidate
in Medical Sciences)
SOs KnizIpa
Za Noe 221 1955) pp 93-105

&1'A)76Uk6- 1 1-, S ~
USSR / Microbiology. I Microbes Pathorenic
and Animals.
to Humans F-3
Abs Jour Ref Zhur - Biol., No 2, 1958, No 5268
Author Ginzb~~~~
Inst INot given
Title iPhthivazide-Resistant Strains of Mycobacterium Tuberculosis
and Their Biological Properties.
Orig Pub iProbl. tuberkuleza, 1957, No 1, 81-86
Abstract %17 isolated strains of tuberculosis bacilli (TB) were 3en-
sitive to 0.1 - 0.2 Y'/ml of phtivazide (P). After 3 pas-
sa.ges on media with antibiotics, resistance of TB to P Was
increased 20 times, to streptomycin 4 times. P-resistant
strains demonstrated resistance also to other derivatives
of isoniazide. Development of TB resistance in patients
treated with preparation P depended on the length of treat-
ment, In treatment for 1-2 months, P resistance was
Card 1/2

USSR /Uiorobiology, Uiorobas Pathogenic to Humans F-3
and Animals.
Abs Jour t Rof Zhur - Biol., No 2, 1968, No 6268
Author i Ginsburg, T.S.
found in 4 of 22 strains; in treatment for 2j-3 months, in
20 out of 25 strains. Resistance increased no mre than
200-500 times. Upon storing 6 resistant strains under la-
boratory conditions, the resistance diminished in 2 strains,
was lost in 2, and was preserved in 2. In 5-12 months af-
ter the and of the treatment P-resistant strains were iso-
la.ted from the patients. Of 7 highly resistant strains only
one possessed average virulence for guinea pigs; one was
slightly virulent; in the rest the virulanoe was dimini-
shed to various degrees. Virulence to mice was diminished
to a lesser degree than to guinea pigs. Treatment by P did
not prevent the development of infootion in mice infected
by P-resistant tuberculosis. The appearance of P-resistan-
ce in patients lowered the effectiveness of further use of P.
Card 2/2

20-5-27/60
AUTHOR BDLMIMV
TITLE On the Antituberculous Activity of Thiosalfoiiic Acid Ethers.
(0 protivotuberkaleznoy aktivnosti efirov tios.illfoVfulot-Russlan)
?LRIODICAL Doklady kkaderiii Nauk SSSR,1957,1101 114,Nr 5,Pi) 1014-1ol6N.S.S.R.)
A3STMkCT This activity of I thiosalfonic acid ethers han hitherto not 'been
invL.stigated at all.Only in one instance did the bacteriostatic
action of II ethanethiosulfonic acid on 4cobacterium tuberculosis
became known. In view of the fact that the structure of the IV-oom-
pounds is expreaned by thoir anti-taborculous properties,tho authors
hoped to detect aabotances rith sach properties anong the ethers of
I thio3alfonic acida.Alkyl ethers of alicane thionalfonic acide.Clo-
sed to the allicin-analogues according to their structure are the
alkyl-ethers of V alkane thiosalfonic acidtj,%,,hich wero alread,7 ear-
lier synthetized by an author.These substances have a broad anti-
bacterial action spectrum and exhibit in vitro a bacteriostatic in-
fluence on jram-nositive,Jram-negative and acid-renistent bacteria,
on various f-.An,,),,i,i)roto--oa,ete.Testo in vitro. All of the ethers te-
tited showed a wbercolootatio effect. All ethert; of rjethane thio-
nic acid and propane thio.Lialfonic acid-2 fully retain their ac-
Gulfo.
tivity even in the presence of aeram,in contrast to the alkyleth-
erB V of the o;her alkane thiosalfonic acid:i."Lezts in vivo.The pre-
parations found to be mout active in vitro were tested on white miee
for their toxicity and their deadly action determined in various
Card 1/3 o.;L~o The leant, toxic substances tmon(; theia 4;vr,) tested for clari-*

20-5-27/60
Un the Ant i-.ub erculouu Activity of Thiazalfconir acid
fication of thoir therapeutical effect on ex,2eriiaental tuberculosis.
jill etbers oxamined,also those with a maximum !, ctivity in vitro,we-
re ineffective on that occKnion.In sone :Lnotantle-n tilis may be ex-
pla~ncd be their ability to inactivate the:aselvea abruptly in ani.
j.,ial 'organismB,in other inntances it may be explained bj their ele-
vatod toxicity which prohibits its rpplicatiun in lart7,a doses.
Alkyl ethers of benzene thiouulfonic ticid And their derivatives.The
VI ethers have the same effect on the same types of bacteria tie tho-
-.mentioned above.Their activity,however,is weaker than that of
-the V-compoundn.Tents in vitro.The introduction of ouIbstituents in
a p-position.also little changes the activity; chlorine,and the me-
thoxy.-group slightly raise it.ihe nitro 7roap I-Laq no noticeable ef.
f.---ct, the acetylamine Croup slightly reduces it;the deazylation of
the alkyl ethers of acetylthionulforic add increases the activity
of these compounds.The mutual position of the substituents in the
benzene nucleus apparently is insignificant for the tuberolc-kil-
ling properties.1kreptoo,an inactivation by st:rum takes place.liow-
ever,no established connection between structare and inaotivation
could be found.Testa in vivo.Three VI alkyl ethers vith an activi-
ty of ca.1 rrq,%,~ich cannot be inactivated by eerA6,were tasted.No
Therapeutical effect was notioed.Thus the tented substances have a
O%ard 2 3 tubercle -static activity in vivo,but are ineffective in the curing
Y

20-5-27/60
On the Intituberculous Activity of Thiosulfonic Acid
Etherij.
of WllercUlodie on living animals.
(4 Slavic referances)
ASSOCIATION L'Yov-lolytechnical Institute ard Ukrainian 9cientific Research
In8ti'Late for Tuberculosis.
PRL.31~YfU 3Y NAZAROV of the Academy.
501'ITTa 25.2-1957
VAIUBIX Libra*y of Congeess.
dard 3/3

DWKINA, AsO., prot.g GIMMM, I-S.s Imad.nd.nank
Biological peculiarities of BOG resistant to phthivasid. P&t.9
klin.1 torap.tub. vo,W2-15 158. (KM 13M
1. Is mikroblologichaskey laboratorit (rukovoditall - prof.
R.G. Prabhua) Ukraiuskogo mauchno-issledovatellikago Insti-
tuta. tubarkalaza is. &W. 7.0, Yknovskogo.
ON) (180110011110 ACID)

4pg!nG'.T#S.9 kand.med.nank
Neserwation of a weakaned virulence by Mycobacterium tuberculosis
resistant to phthivasid end its fat* in the body. Pat., klia. I
terap.tubs, no*8t75-?8 158. (mral 13 M
1. Is mWoblologlobestcy laboratotil (rukovaditall - prof. R.O.
PraAfts) Ukratuskogs saaahno-Isslodovatellolcogo institute, tuber-
kulesa Lm. akad. 7#O, Thuovsko
(MTOCNAMIRMN TU31R=szsjo* (isonomwIC ACID)

MITMLN. I.?.; RMIS, S.G.; 19~11 ~T-
Autituberculous action of derivatives of boustblasole. Pat.,
klia.,l teretp.tub. u**8t8&91 158, (MM 13M
1. rx Uk-minakogo nauobuo-intledovatelfskogo iustituta tubarku-
Isms, im. okad. ING. Tamovskogo.
(M TASOU) (URIA)

OWARG, T.S., kaM.med.nauk
W*Iale activity aud viruleuce of Mycobacterium tuberculosis
resistant to phthivasid, F&t.klju.j terap.tub. to.8t92-95
158, (MIRA 1317)
1, Is mikrobiologlaheskoy laboratorij (rukovoditall - prof.
R.0. Drabhua) Ukraluskogo Muchuo-iseledovatell8kogo insti-
tift tubmikulesa is. akmd. ?*Go Tanovskogo.
(CATALAS11) (WOOBACTIMIUM TUBIMCMSIS)

17(2)
SOV/16-59-9-2/47
AUMS: 11rabkina, R.O., and Oinzburg, T.S.
Tr=s The Biological Features of Phthlvazid.Resistant Boo Bacteria
PMODICAL: Zhurnal mlkroblologli, apidemiologii i immmobiologit, 1959, Nr 9,
pp B-13 (UM)
ASMAOTt Much has recently boon written on the change in the biological proper-
ties of pkithLyazid-rosistant BW bacteria. (A.A. Xlebanova, A.I. To-
gtmova, ftolyanskaya, at*). The authors undertook a study of the prop-
erties of the phthivezid-resistant variant of BOG bacteria, compared with
those of the original sensitive strain. They studied the ability of
BW phthivazid-resistant bacteria to spread in the body of, the animals
and their ability to provoke allergy and lummity, also the activity
of the tuberoulins which they liberate. The testa ahowed that the im-
Mmity induced in mice by phthivazid-resistant stralm was very weak
and lose marked than the immunity produced by normal BW bacteria. The
phthivazid-resistant strains lost their oatalass activity, i.9. their
itbility to decompose hydrogen peroxide, the toxic product of aerobic
debWdratIon. Their ILbility to adapt and spread in the body was reduced
Card 1/ 2 and consequently their immunizing and allergizing power also decreased,

SOV/16-59-9-2/47
The Biological Peatures of Phthivazid-Resistant BOO Baoteria
At the saw time the phthivazid-resistant strains retained their power
to liberate tuberoulins when cultivated in vitro. These tuberoulins
were no less active than those liberated by the normal bacteria. The
investigations showed that the phthivazid-resistant strain loses its
immunogenic properties and therefore cannot be used for immunization
purposes. Chernushenko has demonstrated that combined use of pro-
pbylaotio chemotherapy. and vaccination with normal BOG bacteria is
possible and effective, provided that phthivazid is used not immediate-
ly but some time (no less than 30 days) after vaccination, i.e. the
period needed for the vaocinal bacteria to multiply in the body.
There are 4 tables and 11 references, 5 of which are Soviet and 6 English.
ASSOCIATION: Ukrainskiy institut tuberkuleza (Ukrainian Institute of Tuberculosis)
SUMPTTM: November 11, 1958
Card 2/2

KLIBAMV, N.A.; OIMBU G,_T4t_
--- . ..... .....
Clinical significance of phthivazid-reststance in attenuated tubercle
bacilli. Probl.tub. 37 no.6:22-27 159. (KnA 1312)
1. Iz Ukrainstogo nauchno-issledovatel'skogo Institute. tubarkulaza
(dlr. A.$. Himuclat) (Kiyev).
(XMMACTIMMM TTJBIMCUWSIS pharmacol.)
(MOMID, rel. cpds.)

�INZ8M0' T.S.
. - ...... --
Drug resistance of Mycobacterium tuberculosis and accompanying
microflora in patients with osteoartioular tuberculosis. lab. delo
7 no-3:34-37 Mr 161. (MIRA 140)
1, Mikrobiologieheskaya laboratoriya (mv. - prof. R.O.Drabkina)
Ukrainskogo nauchno.-issledovatellskogo instituta tubarkulesat
Kiyev. (MYCOBACTERIUM TUBERCULOSIS) (BONES-TUBERCULOSIS)
(BACTERIA, EFFECT OF DRUGS ON)

GINZBURG, V.,- MILIHAN, A.
Factors involve4 in ihe classification of work time expended
in Industrial trauso~rtatlon. Sots.trud no-3:88-94 Mr '58.
(14INA 13:3)
(Transportationw-hoduction standards)
(Job analysis)

Jill
1'i _6
fit
';q
'4-1
1"R

GINZBMG, V.
The radio sky. Tekb.~ol. 30 no.10:12-14 162. (MIRA 15:12)
1. Chlen-korrespondent AN MR.
(Radio waves)
Or

-OMM-j_V,; KMOSMO L.9 kind. fisiko-mtematicheskikh nauk;
- - RabRbovs, L., kand. ftsiko-mtematichaskikb nauk; FWKIN, M.,
kand. fisiko-eatentiobaskikh nauk
lAboratorion in orbits. Av. i kon. 45 no.61l3-22 162.
(MMA 15: 10)
1. Chlon-karsepondent AN SSSR (for Ginsburg).
(Outer spaos-Axploration)

kritnESURG., V.A.
I301MVICH, N.A., akedemik, rrA&ktor; UHSKWVA, M.T., profeasor, red&torl
ATZEUM, II.A., doktor takhalcheekM nauk, redaktor; GINZBLW. V.A.,
professor, rodaktor; OWLIK, G.Se. prOfS83or, re&aktor; --mm"w9aw
ANIXONOVA. Ts.A.. dotsent, rodaktor; ZHEUTSOV, N.A., dotaGnt, redak-
tor; PETROV, V.V.. Imndidat tekhnichookikh nauk, radaktor-, NIEDLAM.
U.N., doteent, redaktor; AGITOVA, N.A., redaktzir; BRYINW, A.Mv,
redaktor; ALMISIM, T.Y., tekhnichookiy redaktor.
[Dedicateil to the memory of 1,1oksandr Aleksmdro7ich ArAronc,'93 Pamlati,
Aleksandra Alekoandrovicha Andronova. Moak-va, 1955. 716 p,
(MIAL 8%4)
1. Aluideniya nauk SSSR.
(Mathematical physice)(Autumatic control)(Astrophysics)

- , , j ( ...
SKIROKOV, K.P.; GIMIMG. V.A.
L~
IIffac,ri5~rmgn=a fMalda an manganin restators. ThiAy TRIIN no.28t
102-106 056. (HIM lOtl2)
(Kq,patic fields) (Alootric roulstanoo)

87529
-")/079/60/030/012/013/027
BOOI//Bo64
AUTHORS: Ginsburg, V. A. and Yakubovich, A, Ya
TITLE: On the Problem of the Reaction Betwcon Aldohydet, quid
Trialkyl Phosphites
PERIODICAL: Zhurnal obshchey khimli, 1960, Vol. 30, No. 12,
pp., 3979-3987
TEXT: It was published in Soviet papers (Refs. 1-4) that in the reaction
between aldehydes and trialkyl phosphites the aliphatic and aromatic
aldehydes form esters of a-alkoxyalkylphosphinic acids (Ref. 1). whereas
a, 0-unsaturated aldehydes form addition products in the 1,4-Position
(Refs-2, 3). The esters of phenylphosphinic acid react analogously
(Ref. 4): RCH=O + (C2H 50)3P (C 2H 50)2P(O)CH(R)OC2H 5 (1)
CH2=CH-CH-O + (C 2H50) 3P -0 (C 2H 50)2p(O)CJ'2-CH=CHOC2H 5 (2). The struc-
ture of the compounds obtained was mainly determined by phosphorus
analysis and from the values of molar refraction except for the product
which is obtained by reacting trialkyl phosphite with acrolein and from
Card 1/3

87529
On the Problem of the Reaction Between S/079/60/030/012/013/027
Aldehydes and Trialkyl Phosphites BO01/BO64
which phosphone propionaldehyde is obtained by hydrolysis. The authors
regard these data as insufficient. Proceeding from triethyl-, tripropyl,
tributylphosphite, and some saturated and unsaturated aliphatic and
aromatic aldehydes the authors obtained a number of phcsphorus compounds
(Table). The elementary analysis and the molecular weights of the products
obtained show that only the reaction products with aromatic aldehydes
(except for Balicylic aldehyde) correspond to the structure shown in
scheme (1). The composition of the reaction product obtained from phos-
phite and acrolein corresponds to scheme (2), The composition of the reac-
tion products of trialkyl phosphites with aliphatic aldehydes essentially
differs from those calculated according to scheme (1). The chemical,
hydrolytical, and spectroscopic studies of the products No. 2, 3, 4
showed that their hydrolysis products have the structure of scheme (3).
CH3CH2 CH2CH[OCH(OR)CH2CH 2CH3jPO(OR )2
cone. HC1
CH CH CH CH(OH)P(OH) CH CHICH CII(Oll)PO(OR), + CH CH CH CHO+ROH
3 2 2 2 3 1 2 2 2
Card 2/3

67530
S/079/60/0~0/012/014/02'
B001/ /Bo64
AUTHORS: Ginsburg, V. A. and Yakubovich, A,. Ya.
TITLEt Addition of Trialkyl Phosphites to Acrylic Systems
PERIODICAL; Zhurnal obshchey khimii, 1960, Vol. 30, No. 12, PP-3987-39JO2
TEXT: In continuation of earlier papers (Refs.1-4) the authors found that
the most simple ketones, such as acetone, do not react with triethyl
phosphite under the conditions studied. A violent reaction, however, takes
place between triethyl phosphite and diphenyl ketone already in the cold.
This is not the case between triethyl phosphite and diethyl oxalate con-
taining two conjugate C-0 bonds even at temperatures up to 170 OC. The
acrylates and methacrylates served as initial substances when studying the
reaction of the trialkyl phosphites with compounds containing the carbonyl
group in a carboxyl group conjugated with the C-C bond. In these cases a
reaction was also possible in the conjugate C-C-C-0 system or in the
C-C double bond according to Refs.4 and 5. The reaction of trialkyl
phosphites with esters of acrylicoand meta8rylic acid was inhibited al-
ready at temperatures between 140 and 160 C in the presence of hydro-
Card 1/3

87530
Addition of Trialkyl Phosphites to Acrylic S/079/60/050,/012/014/027
Systems BOOI/BO64
quinone which prevents the polymerization of the acrylates, On hydrolysis..
the main reaction products of triethyl and tributyl phosphite with methyl-
acrylate (colorless, transparent oils) form the same tribasic organo-
phosphoric acid which is identical with the acid described in publics.
tions (Refs.6-8). The infrared spectra of the esters synthesized indicate
the presence of a carbonyl group. The spectroscopic data, the elementary
analysis for C,H,P,OH (three alkoxy groups). the molecular weight, and
the comParison of the constants of the products obtained with published
data, clearly show that the compounds obtained are triethyl and tributyl
esters of phoBphone propionic acids (RO )2P(O)CH2CH2COOR (Refs-9,7,12),
)COOR is
Triethyl ester of phosphone isobutyric acid (RO)
CH(CH
P(O)CH
2
2
3
41ormejd in similar way by reacting triethyl phosphite with methyl-
methacrylite, In the reaction with acrylonitrile, thc- ester of the
nitrile of phosphone propionic acid (R0) P(O)C11.CH,CN whose properties
2
correspond to those described in publir!at ic,n~: are formed. Thus
it was proved that the phosphitea containin,., qystems mainly react
with the C-C bond. It is assumed that the abc-.~ -1 ion mechanism is a
Card 2/3

87530
Addition of Trialkyl 11husphitee tv Acryli(~,
Systems
free radical mechanism. In the reaction between triethyl
methyl acrylate also higher-boiling products are forined,
two even three acrylate molecules which are added to one
mclecule, p-diethoxybenzene is formed at the same timp
G. Kamay, and V. A, Kukhtin are mentioned. Furthermore,
S. S. Dubov for tho study of the inrrared spect ra. Thk-~~
15 Soviet, 7 US, ) British, and I German.
5/07 60/030/012/014/027
BOOlYD064
SUBMITTED: July 31, 1959
phosphite, -and
They consist of
phosphite
V S, Abramov,
the authors thank
art- 26 referv?neoiq.
Card 3/3

It
GIRBURGjalentin Abramovich; MOAUZ,L.A., radektor; PARTSVSKIY,V.N.,
re A., takhnichookly redaktor
[Photographing working time in the mining industry; manual for
standardIxers and timakeepars) Yotografiia rabochego vremeni v
gornorudnoi promyshlennosti; posobie dlis, normirovshchikov I
khronometrashistov. Moskva, Gon.nauchno-takhn.ild-vo lit-ry po
chernoi i tovetnoi metallurgil, 1955. 174 p. (MIRA 9:1)
(Time study)

ATAROV) M.S.1 BMSHTM, A.S.j BUNIW~ N.N.; VOLINOV, I.I.;_GPZBURG., V.A_L_
DANOVSM, N.F.; IVLZV, W.I.; KERMENEVICH, Yu.B.; LITVII-MOY,
M.Z.; WZHL'j B.N.j ROTENBFMO G.I.; TYAGUNOVA, Z.1... red.1
FLU=, L.Yu,-, tokbn. red.
(Concise Italian-Russian po2,vtecbnic dictionary] Kratkii italliansko-
ruoski politeklpichookii slovar'. Moskval Glav.red.inostr. nauchno-
teklmolovarei imUisaj 1961. 378 p. (MIRA 14:12)
(Italian lanruare-Diationariee-Russian)
TiZeb-nology-Dictionaries)

PRIT
its 14
tt.lysis of j)Ojy~jjioronjtroaoalkanes) a
-11c -ides,
prr,lysim Od 4ith njtror~en oll
re.motion of nitrOSO COTIPOWn"C'., 161. 34
IT S,3,R 141 no.12-32~-]!~
Dokl
1. PredataveWL' ~r-noundel)
(IlitrOSO C-~ide)
(i:itrogon o

11
0
GrNZBURG, T., inshoner.
A vertical pump. Mftst.ugl. 4 no.10:19 0 155. (KM 9: 1)
(mine pumps)

GINZBURG, Y.B., inzb*; PIKOVSKIT~ 60A.1 inag
%Lpaw'.'100' bkJOAWW
Protection. interlocking, and signalimg used in automatioallY con-
trolled hoisting units in Moscow Basin mines- BOIOP- truds v prom. 2
no.11:20-22 N 158. (MM 11:11)
1. Institut Giprougleavtomstisatelya.
(Moscow Basin-Hine-hoisting-6afety appliances)

GIIMBURG T.B. inzh.; PIKOTSXIT, S.A.
Improving automatic hoisting systems having dumping cages. Bezop.
truda v prom. 3 no.7:19-21 Jl 159. (MIRA 12:11)
1. Giprougleavtomatizatelya.
(YIne hoisting-Safety appliances)

P11OVSKIY, S.A.; GUR-0944A...
Antor.uLtic hoisting unit with aelf-dimping cagnt'. Biulatakh.-
o1con.Inforts. no.5:7-8 159. (MIRA 12.8)
(Coal mining machinery)

WBOV, N.A., Insh.; PTNOVSKIT, S.A. , lush.; GINZBURG, Y.B., Insh.
Automatistrig skip-boloUne equipment at the No.11 "Lipkovewa"
Hl~s-.--Ugol"34 no.~:42-47 Hr '59. (MIRA 12:5)
Ooscow Basin--Mine hoisting)
(Automtic control)

GINZBURG, V.B.; ZARITSKIY, M.N.
Over-all automation of hydraulic coal mining. Biul.tekh.-Skon.
inform. no. 6. 6-Y., 161. (MIRA 14:6)
(Hydraulic-inining)
(Automation)

GINZBURG, V.B., inzh.; FFL'DMAN, Ye.S.
Over-all automation In bydraulic mines. Mekh. I avtom.proizv. 15
no.12:11-1.15 D '61. (FURA 14:12)
(Hydraulic mining) (Automation)

3/118/62/000/003/005/005
D221/D302
AUTHOR: QjnZbUW,, V.B., Engineer
TITLE: The problems of reliability of automation equipment
PERIODICAL: Vekhanizatsiya i avtomatizatsiya proizvodstva, no. 3,
1962t 44 - 45
T.!,"XT: The maJority of control instruments for automating the coal
and mining industry are manufactured by 'Krasnyy metallist' at Kono-
top, and the Dnepropetrovskiy zavod shakhtnoy avtomatiki (Dnepro-
petrovsk Plant of Pit Automation), the trust of Luganskugleavtoma-
tika and the Donetskiy elektromekhanicheskiy zavod (Donetsk Elee
tromechanical Plant). They test the instruments in their shops, ;nd
their workers take part in industrial tests. However, there is no V/
examination of reliability of the equipment. Purthermore, no method
of testing these instruments is available, and therefore, the cata-
iogues do not indicate the guaranteed period of service. '~he author
suggests attacking this problem, by basing it on statistical data;
alsop guaranteed service should be revealed in the specifications
Card 1/3

S/118/62/000/003/005/005
The problem of reliability of ... 1)221/D302
of.the equipment. The testing of reliability takes precedance in
the radio industry, where at least 10 specimens for each group of
an instruments batch is examined. The mean period of trouble-free
work is calculated from Tm = tt/n, where tt is the duration of in- V/
strument test in hourst n is the number of rejects which occurred
in this interval. This test time should be about 10 times greater
than the number of hours for one reject; The probability of relia-
ble operation during a period P0 is computed from
F e- (tr/tM)
where tf is the time during which the instruments must operate cor-
rectly. It is connected with reliability of its components, where
the probability of safe service is determined by Pe = e_(t VT M)P
where t9 is the guaranteed service period of the element. The life
of the instrument depends on the correct operation, timely preven-
Card 2/3

S/118/62/000/003/005/005
The problem of reliability of D2211-U302
iive measures and on the
instrument manufacturers
ducts by extensive toots
close to the operational.
should plot curves based
index of reliability of the
planned replacement of its components, The
should aetermine the iife of their pro-
which should be carried out in conditions
The organizations dealing with automation
on statistical data and thus obtain the
equipment involved.
Card 3/3

qi4;- ...
Reliability of automatic control
16 no.3:44,-45 Mr 162.
(Automatic
deviceas Makhei avtom proizv.
~KM 1514)
control)

MELIKINN, !"(;,i VI.B.
Stonilti ann i4wteus for conducting rellabillity of
nutomatic tictn'troll nquipment used In coal m',nlni!,. Pi iL .
teRh,-okm. Inform. Gas. nauch,iail. Inst.. nmch. J tekilh,
I n fo I " i fl~
-m, , 1 9-18 164. (Mlf~~

GINZBUMj, V.B... inah.j M;LIKUMV, L.G., insh.1 WINOVICH, M.S., ktuid.
tekhn. nauk
Reliability of the speed control relay. Makh. i avtcn. prcizv.
18 no.D39-40 Ja 164. (.-IRA 17.~-)

WELIRUMOV, L.6~, im,i.; GIN-7BUG, V.fi,, In2h.; ARONICIVA., M,.I,, -'nzh.
Inci-"a----*ng the rel3abl-lity of instruments for the automatle
coritic.) of iolnut drainage. Gor. zbur. no.6:59-60 Je 1,64.
1. Gosudarstyemyy inEttitut
;a*tt,ellnykh
prontystilennosti , MmAva.
MIRA 1701)
po mkiianizatsli i avtonatizatsii
faUrIk I rjt,kryt,.;kh rearabritok ugollnoy

GINZBUK, V. G.
t'X-Ray Diagnosis of Injuries to the "asal Bone." Vest. Oto-orino-laringol.)
No 3, 1948.
Mbr. Otorhinolaryngological Clinic imeni Sverzhevskiy, 2nd Moscow
Med. Inst. imeni. 1. V. Stalin, -c1948-.

U9~q/N*ftcI=e - Tuberculosis sep/Oct 49
Roentgenography
"Ib%hod of Roentgenography of the Lungs With a
Gawter Number of Hard Rays," V. G. Ginzburg, Dr
M" Sci, Cen Sci Inst of Roentgenol and Radiol Immul
Molotov, 1 2/3 PP
"ftvb Tuber" No 5
?.Soft rays (50-60 1,.v) have generally been used in
1"IMSSR for roentgenography of the. lungs. Ginzburg
r-1, reccmnends the increase of voltage for hard rays
'P-.tc 105 kv regardless of subject's age, sex, and
thickness of thorax. Use of Bucky's diaphragm iEi
152!r65
USSR/Medicine - Tuberculosis (Contd) Sep/Oc~t ~9
obl.1gatory. Little current passes througb the
X-xvq tube. Norms3 exposures at focal distance
or cme meter are 0.2-0.3 sec. Longer -exposures
am required for better detail of extensi* process
in the lungs. Dir, Cen. Sci Inst of Roentgenol and
Raidlol: Prof S. A. Reynberg, Hon Worker in Sci.
1521,65

1'~(iv4j3UKvW3 V.(;.
GIMURG V,O,- KHMAMOV, M.D.
'~JA;~ ~~W
Optic cantrator for roentgen tubes, Vest,otorinolar. 13 n0-1:
75-76 Jan-lob 51. (CLIC 20:5)
1. Doctor Medical Sciences V.G. Ginsburg and Ingineer M.D. Khar-
lamov. 2. Of the Clinic for Diseases of the 11ar, Throat, and Nose
(Director--Prof.A.G.Likhachav), Pirst Moscow Order of Lenin Medi-
cal Institute.

GINZB VICH, M. I.
,4G G.; VOLIFKO
Roentgenologic diagnosis and clinical aspects of cysts
originating in the maxillary mucous membrane. Vest.
otorinolar., Moskva 13 no.5:54-59 Sept-Oct 1951. (CIA 21:1)
1, Doctor Medical Sciences V. G. Gin2burg and Prof. M. I.
Vollfkovioh. 2. Of the Clinic for the Diseases of the Par,
Throat, and Nose (Director - Prof. A. D. Likhachev),
First Moscow Order of Ionin Medical Institute and of the
Roontgenod.iagnostic Department (Head - Prof, 1. A.
Shekhter), Central Scientific-Research Institute of
Roentgenology aud Radiology of the Ministry of Public
Health RS7SR.

USSR/Medicine Roentgenology
Card 1/1
Author Ginzburg, V. G. (reviewer)
Title Reviev of "Rentgenodiagnostika zabolevaniy slyunnykh zhelez (sialograliyay'
(X-ray diagnosis of disease conditions of the salivary I:Jandv), by G.
Zedgenidze
Periodical Vest Rentgen I Radiol 1, 86-87, 1954
Abstract The book deals with the X-ray diagnosis of the various disease conditions
of the salivary glands and their ducts by means of introducing various
contrasting substances to the salivary glands (sialograph4y). The book,
published in Leningrad, 1953, received a favorable reviei-.,.

GINMG. Y.G.,-doktor meditsinskikh nauk; KOLTCMff, M.A.,inshener.
Various types of naptoscopes with fluorescent lights. Test. rent i rad.
no.6:8"2 K-D 155 (mLlu 9:4)
1. In gosudaretvonnogo nauchno-imaledovatellskogo instituta rent-
genologit 1. radiologit imeni V.M. Holotova(dir.-doteent I.G.
lagunova)
(RMTMOGRAMT, apparl and instruments
negatoseope, various constructions with luminescent lamps)

GINSBURG, &jAMJoL-tor meditsinskikh anuk; DKOLHOVSKIT, Y.Y., kandidat
"~~~*Trhvfvbeskikh nauk
Tonograplw in oblique projection [with au=az7 In. Inglish]. Vest.
rent. i ra(I. 32 no.l-.50-52 Ja-J 057. NLRA lo:6)
1. Is rentgono(Ilognostichaskogo otdolentya (say. - prof. I.A.
Shekhter) i ~,Pborotorit apparatov i trubok (say. - kand"dat
tekhatcheakilOA r&Auk Y.Y.Dkokhovskiy) GoeudarBtvannogo naucbno-
iseledovatel'skogo instituts rentganologii i radiologit iment
V.M.Kolotova (41r. I-0.1agunova)
(ROINTOR
'POGRAPHT
tomography in obIWo projection)

GINHURG, V.G., prof.
- --_-----R-a-fd-Iographic diagnosis of foreign bodies in the skull following
wounds of the maxillofacial region. Trudy TSentr. nauch.-issl.
Innt. rentg. I red. 10:118-130 '59. (KRA 12:9)
(SRULI,RADIOGPAPE(T) (YOIMIGN BODIES)

Onam, V,G., prore, PATDMUAp T*F~
)bthod of tmognpby or the tawral bons. vejkt,otorin. a2
rko.509-43 " 160. (NnA 13 M)
~a la rentgenodiapostiobs4ogo otdola (sav. - prof. I.A. Shekhter)
GosWarstvamogo nauebuo-issledovatelleltmD rentpnoradiologicho-
okogo instituta Ministerstra sdravoahranani Lou, mowm.
(MWMG BONS-RAMOGUM) 7a

GTFZBURGv V.G.p prof.
"Das Rgntganochicktbild des Ohres" by X. M~~nich, K.W. Frey.
Reviewed by V.G. Ginzburg. Vest. rent. i rad. 36 no, 2t7f'-79
Mr-AP 161. (14IRA 14:4)
(Ela-RADAWPHY) (MOMMICH', K.) (Frey, K.W.)

prof.; BENTSIANOVA, V.M., red.; KUZIKINA,
N.4., teklm, red.
(Nadamortals of a roentgenological examination of the skull]
Oenovy rentgenologicheskogD iseledovanlia cherepa; rakovod6tvo
dlia vroobel. Moskva, Medgis, 1962. 178 p. (MIRA 16:4)
(SKULL-UDIOGRkPHY)

I ?RP fm -Tv WWW
P4
Goal
so
be R I , D*00bow
sell INK 44 ka.-Imli, so
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RO-Wo $9 0 of 4 of too
Lt. is
~~Mm -

d"IfiLm" must pAtAlmorn s, -ii,t I, i,,l
111111811,1 it it, 46" Awt , 1wrg'A A C:-". MA
,jualknt a 4"f-.1 ka It.- oil-IIA1.4i, in If--
hiso 'khru alumt-lilivilvil thrimid, A h-bluz 011.1u,
talk , and WIMMOM MV 11,01114 1--f 1-
1, 414" of lbix irAmitAnir

Jl:j -t rt;i tion i- I mq of ~l P Ito tot. I,! on :"I.,
.'o 1, . r j.:,. 1 Ii 0 L z; .
So V2,clicryaNya Moskva
Sum 71

Prilow ad maticlutshm of Moira-

V, I. C
201=

suid 1. pimbm Olook*do. V~Lwv

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I
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P
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t e
ectro
e
n
It
PWt
idler w"W ansisille WW cathodic palsdintim w" 0.90 Y.
JefersoldloNfloductroilit. It this Ptellectroode was anadi-
cully pukrbW to V, so., it litaime photosensitive. and the

of v tw the pvow Vt Y.) antip
r
e,
AN
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Z
atesslifty 1. The isholoclectiorbirivo.
e
h
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s,
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-
an
s
as
gw
p
"Vt. and d w sic"Y incres"d with f."M KY up Ito
Z51 ma (Obt o bortew wave uwd); at IN mo The quantum
yield of the phictodecirum wisis U.3% for Use in6int
light. At a wilot. 1. i imawntl with r, almost linearly as
kingissVivromill.l. 71scellectrodecaparitywasapprox.
'11) micnisorwistact.cm. for bftbdwkwW light processes.
When a R elactsode was anodically polarised to V.
tuare than 1.8 so. and its surface vm thass recluced eadbodi-
4,.Jiy. tbr Virvis Nor a time coust. at 1.6 v. arml about
it tv)12 cusilocsoln/sq. cm. meet required to knom the 1.
Auvrin that the III surfetv was CVVWS 111th A mooo-
lAyerlhiewaitht. Irrailkliousindwilliclicp.1vi.-
loom caused decown. of this oxide mare rapidly than
either ut these aw". nt increstior d 0 Overvoltsige On
for Irith kicreasinS cd. showed a kink at 1.4 v. The
moichaidwo of the fillootiselsoctradwas. effect inelto,les
liberation of an dectrots in Pt witle ~ fight. inisratiou of
this dectrou into the wortaL wid the "clectirms dr.
1kiency- towartl the Wis.. and discharve Of nors. 0 farm.
sag a part of the higlief aside. J. J. tilkerman

r,rTrTI7t;, _V. 1. - V. T.
r1ectroder
1'echanism of action oil oMical ridiation ~-.n an anodivall-, rnllj~li-,rd I-aO elE-Orode.
Zhur. fJ7. khim. 26 !'o. 1, 1.01,-.
?-~anthly T.,St of "ur..,'Jan Aversions, Library of '~oncress, Sept, 1,?52. MCUSCIFIM

GINZJIURG, V.I.
Electrochemical investigation of the behavior of aluminium bronze
towards corrosion in sulfuric s,aid [with English summary in Insert]
Zhur.fizAhim. 30 no.9:1932-1940 3 156* (KLU 9* 12)
1. Institut sintoticheskikh spirtov i organichaskikh prodiicktov.
Koskva.
(Aluminu bronze-corrosion)

JOTHM: Ginzburg, V. I.
TITLE: The Corrosion Behavior of Chrome-Nickel Steel in Concentrated
Sulfuric Acid Solutions
(Korrozionnoye povedeniye kliromonikelevykh staley v kontsentri-
rovannyk,b rastvorakh sernoy kisloty)
FMIODICAL: laiiiucbeskaya Promyshlennost', 1958, Nr 1, pi). 37-42 (USSR).
A-1)5~ f%j~:
Ma- It was necessary to carry out the investigations mentioned in
the title a short time after the opening of the below mntioned
plant since considerable point corrosion phenomena have been ob-
served on various steel types and as the explanations in public
cations are inadequate. 6 different kinds of investigations were
carried out expediently, i. e. at so-called: 1) "weakly oxidic
zing, 2) oat oxidizing with agitation", 3) oweakly oxidizing
with P-itation", 11) "to a rreat extent reducing" conditions 5)
with a specially developed device, and 6) investigations as to
the point corrosion of the differently treated samples with a
metallurgical microscope, artificial corrosion fornation by drop=
ping a drop of iron perchloride on the steel samples resp. The
C ard 1/s,~ device of the 6th method of investigation is based on a proposal

The Corrosi~n Behavior
Concenti-ated Sulfuric
of Chrome-Nickel Steel in
Acid Solutions
6h-1-8/19
by A. P. Akolizin (reference 9) and makes possible invest1gations
where a ga.% citrrent keeps the sulfuric acid in motion and scaven,
%ges the entire plant, resp. The experiments mentioned were carried
out with BugupSc acid of 85-98,30/o and at 85-1-oo*C. Among other
facts the following was observed! In a "weakly oxidizing" medium,
at a concentration of 85 ?oO/o of sulfuric acid a carbonaccous
steel is tO a greater Ant subjected to the corrosion than a
chrome-nickel steel, wherdas an increase of concentration reduces
the corr'osion and a temperature rise increases the corrosion.
Similar results were o4ained in the "oxidizing mediwn with agitan
tion", whereby a somewhat lower mean corrosion velocity for chrome-
nickel steels was observed. At "to a 6reat extent reducing" condi,
tions; an extremely high corrosion of chrome-nickel steels in sulfu=
ric acid of 850/o'at 850C was observed, whereas it was comparatively
low:in sulfuric acid of 97()/o. The experiments with two steel samples
in the specially developed equipment showed that the point corrosion
is increased by an increased agitation of sulfuric acid, and that In
the case of blowing gaseous ethylene through the plant and through
the solution of sulfuric acid of 850/o the corrosion of the sample
within the solution increases to a reat extent. The experimental
Card 2, results of the dropping of a solution of iron perchloride of 3o"/o
I U

The Corrosion Behavior of Chrome-Nickel Steel in 6h-l-V19
Concentrated Sulfuric Acid Solutions
on the steel samples showed the increased tendency towards point
corrosion of one of the chrome-nickel steels. Suqmiarizing, it can
be said that a concentration increase of sulfuric acid causes in
all steel types(in particular in the case of an increase of con-
centration from 95 to 970/0) a reduction of corrosion; the influence
of the temperature rise depends on the composition of the steel; on
certain conditions, an addition of molybdenum to the steel can sups
port the corrosion, that is to say) that the assumption is wrong;
that molybdenum-alloyed steels are always more corrosion-proof,
previous to the occurrence of the point corrosion a so-called "hill
corrosion" takes place, as was detected microscopically. This could
be observed especially well in the case of a preliminary treatment
of the investigation sample in a chlorine containing atmosphere.
There are 9 figures, 2 tables, and 14 references, 4 of which are
Slavic.
AS30CIATION: Scientific Research Institute for Synthetic Alcohol and Organic
Rroducts (Nauchno-issledavateliskiy institut sinteticheskogo
spirta i organicheskikh produktov)
Card 3/4

The Corrosion Behavior of Chrome-Nickel Steel 64-1119
in Concentrated Sulfuric Acid Solutions
AVARABLE. Library of Congress
1. Chromium-nickel steel-Corrosion-Test methods 2. Sulfuric
acids-Corrosive effects
Card 4/4

50) SOV/75-14-3-14/29
AUTHORS: Ginzburg, V. I., Frishman, T. A.
TITLE: Polaxographic Determination of Small Amounts of Phenol on a
Rotating Platinum Anode (Polyarograficheskoye opredelenije
nebol'shikh kolichestv fenola na vrashchayushchomeya platinovom
anode)
PERIODICAL: Zhurnal analiticheskoy khimli, 1959, Vol 14, Nr 3, pp 336-342
(USSR)
ABSTRACT: As platinum electrode a platinum wire with a diameter of 0.5
to I - 5 mm and a length of 10 to 12 mm was used.The platinum wize wa a
fastened on the shaft of an electrometer and supplied with
current by means of a line conducted through the shaft. The
11poisoning"of the electrode (Fig 1) described in a previous
paper (Ref 11) could be eliminated by two ways: a) Preliminary
treatment with concentrated nitric acid and - after washing
off - three-stage anodic polarization in the background eqlu-
tion, b) (simpler) after treatment with nitric acid 5-6 see
annealing in the oxidation flame of a gas burner (up to red
heat). Pigures 2 and 3 show the polarograms taken by means
of a galvanometer, figure 4 a diagram recorded by the electron
polarograph. Table I and figure 6 present the results of
Card 1/2 a series of testa, which indicate the reproducibility and tle

SOV/75-14-3-14/29
Folarographio Detormination of Small Amounts of Phenol on a Rotating Platinum
Anode
precision of the method suggested. On the basis of the calibra-
tion curve figure 6 the root mean square deviation was found
to be 2-5 - 4-7~. The method is applicable to the direct de-
termination of phenol (up to 1.0.10-5 mole) in colored t-jrbid
medium which is contaminated by other organic compounds uuCh
as a-methyl styrene, acetophenone, acetone etc. There ure
6 figures, 2 tables, and 11 references, 6 of which are 3oviet.
ASSOCIATION: Nauchno-iesledovatellskiy institut sinteticheskikh spirtov
i organicheskikh produktov,11oakva (scientific Research InstiJnte
of Synthetic Alcohols and Organic Products,Moscow)
SUBMITTED: January 8, 1958
Card 2/2

AUTHORS: GinzburC, V. I., Frishman, T. A. SOV/32-24-8-12/43
TITLE: The Volt-Amperometric Determination of Phenol in Isopropyl
Benzene at a Rotating Platinum Electrode (Vollt-amperometriches-
koye opredeleniye fenola v izopropil_benzole na platinov4M
vi-ashchayushchemaya anode)
VP
PERIODICAL: bavodakaya Laboratoriya, 1958, Vol. 24, Nr 8,
Pp. 9419 -- 951 (USSR)
ABSTRACT: Since a slight amount the phenol in isopropyl benzene
inhibits the production of acetone and phenol a systematic
control is needed for the phenol concentration. It has already
been shown that a colorimetric method of analysis is not
applicable. In the method mentioned in the title phenol is
extracted from the anhydrous isopropyl benzene fraction with
an alkali solution and then determined volt-amperometrically.
It was shown that the degree of extraction of the phenol
depends to a great extent upon the basicity of the extractant,
as well as upon the time of extraction, size of interface,
and the initial phenol concentration. The optimal conditions
for extraction are given, as is the procedure for the volt-
Card 1/2 amperometric procedure. A table of results of determinations

The Volt-Amperometric Determination of Phenol in SOV/32-24-8-12/43
Isopropyl Benzene tit a Rotating Platinum Electrode
of phenol in i8opropyl benzene for the concentration range
10-5 to 10-4 mole are also given. A maximum deviation of
7,4% and a standard deviation of 407% were observed. Less
phenol was found than was actually present, and this was
probably catised by incomplete extraction. The relatively
low standard deviation indicates that the method meets the
requirements for an analytical determination of such pmall
amounts of phenol in isopropyl benzene. This method was
Buccessfully used in the Dzerzhinak Works (Dzerzhinskiy zavod).
There are 1 table and 2 references, 1 of which is Soviet.
ASSOCIATION: Nauchno-issledovatellskiy inotitut 8inteticheskikh spirtov
i organicheskikh produktov (The Scientific Research Institute
for Synthetic Alcohols and Organic Products)
Card 2/2

18(7) SOV/32-25-2-46/70
AU'"HOR: Ginzburg, V. I.
,rITLE: A Unit for the Study of the Corrosion Propet-tieg of !-'aterials
in Highly "Aggressive" Media at Higher Te~~iperat tires (Ustanovka
dlya itucheniya korrozionnogo povedeniya materialov v sillno
ti,,~re:~sivnykh sredakh pri povyshenrykh te7'n,.-raturakh'/
1:'ER I OD I C 1.L Zavodskaya Laboratoriya, 1'15~, Vol 25, lir 2, 22o - 222 (Ussm)
tBSTRACT: Studies under technological. condition:~ have 1 een -iaee possible
by. the. construction of a laboratory unit of mo2ybdenun glns~-_
'In this unit metallic and non-metallic material, are kept
in contact with highly "aggressive" glanes or ld~,nils at a
high temperature. The testing of chrome-nicl:ei steels in
concentrated (85-98iO E2 so4 saturated with differ(,7' canes
(0 291129CA ) up to a temperature of 100 0 was successful, Of
special interest were the sti;dies of the pitting: corrosion
of chrome-nicl:el steels under conditions cori-e!-ponding to
11atual operating conditions, depenJent on the amount and
Card 1/2 velocity of the gas flowing throu'r7h the unit, the intensity of

A Vnit for the Study of the Corrosion Properties of SOV/32-25-2-46/78
Materials in Highly "Aggressive" Media at Higher Temperatures
the mixture of the aggressive liquid, the temperature of the
solution, etc. The unit (Fig 1) contains a vessel for the
examination of the corrosion (Fig 2) which was designed on
the basis of the work done by P. A. Akollzin and V. V. Glu-
ahchenko (Ref 1). The circulation of the gas through the
corrosion liouid is effected by a glass circulation pump,
while the liquid itself is kept flowing by a compresaediair
lift pump. In addition, the gas bubbles reoult in a violent
agitation of the corrosion liquid. There are 21 fi,,ures and
i Soviet reference.
ASSOCIATION: Institut sinteticheskikh Bpirtov i or,-aniche.,7kikh produktov
(Institute of Synthetic Alcohols and Orranic Pro-lucts)
Card 2/12

5 (4)
AUTHOR: Ginzburg., V.__I. sov/,,76-33- 7-10/40
TITLE: Phenol Oxidation on a Rotating Platinum Anode
PERIODICAL; Zharnal fizicheskoy khimii, 1959, Vc1, 33,, lir 7, PP 1504 - 1515
(USSR)
ABSTRACT: T- A. Frishman and A. 1. Yermakor assisted in the experimental
pnrt of the present paper. The investigation dealt with phenol
oxidation on a rotating Pt anode since this problem is impor-
tant not only for this case but also for the development of
convenient methods of polarographic analysis for other organic
substances oxidizing on solid anodes. The current-potential
surveB were plotted by a method described already tarlier
(Ref 7). measurements were carried nvt by means of automatic
polarographe of the system Fejr,-,vsk,,-? of the types V-301 and
M-1026 as well as by means cf an i-1t_-.tron pclarograph with a
(IJak diagram. The latter was specially designed by V. 1. Ginz-
1.,,,.,rg and L. S. Klyaynahteyn. Preliminary experiments iadlcattd
that for a quantitative analysis the electrode (E) is to be
pretreated and prevented from being "poisoned" d-aring rteasu~_e-
Card 4P ipent. This problem was experimentally solved In two var.ationa -

E~:Rncl C-4.1dation en a Rotating Platinum Anode SGV/76 __ 7 7. 1014
by Preliminary anodic treatmen+ and (2) by an annealing
of the (E). Speeds of rotation of the fE" of mors~ than
1;200 rput were found to be an optimum. Among other things;
it was found that the methol of determination is moTe sensi-
tivt by 4 - 8 times oil a rotating (E) than on a resting one
(Table). Observations conaerning the "poisoning" of the W
indicate that the complex anodic reaction of phenol oxidation
Includes also secondary delays and irreversible stages due to
polymerization and adsorptiGn of thc- oxidation pro-iuct.Es on the
(8). Tbus, it is possible that the limi.tations of diffusion
vanishpartly or completely. Experimertal data shows that the
quarttlty of the lim4_tving current depends not only on the phe-
nol concentration and the diff-usion ,;onditions (speed of rota-
tion .)f tile (E), temperature, etc.') bu+ also on the polarzza-
!'~or. rate and the state of the electrode surface. The author
suggests a reaction mechanism for the conditions undej- invest-,
igation as well as a new method permitting quantitative pola:,Q-
graphii determination of small phenol quantities in aqueous
solutions 'more than 1.o-io-5 mols of phenol)~ TheTe are 'Ofig-
-es~ ' D
,ux 1 a le, and 15 references,, 8 -,f which are Soviet.
Card 2p

Phen-.1 Oxidation on a Hotatine Platin-am Anode SOV/76--33-7-10/40
I
ASSOCIATION: 14suchno-issledovatellakiy instit'al 8l*ntet-i!+pskikh smol Moskva
(37ienttfi~l llesefvr~:h lriatlit~itp fo-, S,,Pthetl,, He5ins,
SUBMITTED: De7.ember ',4,, 195,71'
Card VA
. .1

GINUM.-T.I. ~
Determination of small &mount$ of thiourea in copper electrolytes
on a rotating platirm anode. Zhur.anal-khIm. 15 no-3:
355-358 My-je 160. (MIRA 13t7)
(Urea) (Ilectrodes, Matimm)

GINZBURGO V.I.j FIAGONTOVA, L.M.
Amperometric determination of the toW contei,t of phenol groups
in epoxide, reoins, Zave lab. 27 no. 4:392-394 161. (MIRA 14:4)
(Phenols) (Epoxy resins)

GINZHOW, V. I.
Amporometric determination of organic substancevand of hexavelent
chronium in chromate solutions. Zav.lab. 27 no.11:1337-1339 16A.
(MIRA 14QO)
1. VsoooMnyy nauchno-isaledovatellskiy inotitut poligraficbeekoy
promy-ohlennosti.
(Conductometric analysis) (Chromiwo.-Analysis)

GI#'ZBURG, T.I.; VIM, G.I.
Amperometric doterminatlan of mall quantities of thiourea and
its use for the amperometria determination of ailver. Zhur,anal.-
khis. 17 no.51631-635 Ag 162. (KMA 160)
1. All-Union Scientific Research Institute of Printing Industry,
Moscow.
(Urea) (Silver-Analysis) (Conductometric analysis)