SCIENTIFIC ABSTRACT ANTOVIL, A.M. - ANTROPOV, L.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000101810019-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: December 30, 2016
• Document Release Date: June 19, 2000
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

ANTOVILI, A.M.
Cutuloging friction losses resulting from setting in motion masses and
forces. Trudy Sem.tsor.mash, 12 no.47:39-45 152, (KLJU 6t6)
(11insmaties) (Friction)

ZINOT, , Tyuches%lv Andreyevich; ANTOTILI, A.M., rateansent; LITTIN,
7 F.L., rateensent; ICMGARD, S.A.. red-,-; BRUINO, X*Fot takhnoredo
~Lmory of mechanisms and machineryJ Kurs teorti sekhonisuoy i
"I" mnshin. Moskva. Goo.isd-vo fisiko-matem.lit-ry, 1960. 431 p.
(xlRA 14:1)
(Nechanical engineering)

BDBRDV, L. ; VASILEVSKIY, V. ; VLASCV, L. ; DRAGUNOV, S. ; KAPUSTINSKAYA, K.;
KARKLIN, V.; LOSHCHIWVp G.; MAKAHENTAO A.; HEDVEDEV, Yul.;
ROW11KOV, Yu.s SKNCHWOVA, T.; SENCHENKOV, A.; TRIFONOV,D.,-
red. j LESHCHINSKAXAq G. , tekhn. red.
A
.!MYUK
(Journey Into the land of the elereents] Puteahestyle v otranu
elementov. (By] L.Pobrov i dr. Moskva, "Volodain pardiia,"
1963. 366 P. (MIRA 16tlO)
(Chemical elements)

UOSSR/Hw-an -inA -ia,,~71 Phy3i0jk).V. '11w twrvou Syctut.) 12
Abs Jour : Rof Zhur - Biol., Nu 1-4, 1956p ui 65759
:.uthor : Lysov .ntroyev M.N.) Ihnin 13.V.
Inst I -
Ti. tle .*. Stutly of Conditionad Motir-FoA P,,fLm3s in Shoop
Ori J, Pub riziol. 2h. SSSR, 1956, 112, No 11; 997-1001
,%batract By win- a photoulactric record%:r, n descri:)tion -.na 1)17~n of
which :,~ ro included in the rQflex 1,itcut Period)
nxxibar o;' turns tu the feQd-,r rmd Cie ti;ie the anii.rl n,,),,nt
nt tho fwdor are -%11 rjA7 frcA.,, r~ h.,,iio;m:,h ntrip. The nr-
of the sound-prool. ch7,ui'6-ev ~-md control )nnal :-~m
Card 1/1

'IACCUSION Ma AMWft3 810031164Y01410021020810215
Ant #-To jlobolov#N*N.1 Chermisinov,V.P. Osceased)
TITLEt Experimental determination of the matrix element of the dipole moment of
electron transitions associated with the Data and Oarm bands of nitric oxideoPart1o
SOURCSI Optika I spektrookeplys, v.,16, no.2, 1964. 208-218
TOPIC TAG3j dipole Moment matrix elemento transition 1nte,wityl oscillator strengtbo
nitric oxide I nitric o3dde absorption# nitric oxide Canna, band, molecular absorp-
tion spectrum
IABSTRAM The Injensity of emission &K absorption lines Is daterminod by the pro-
i
: bability for the corresponding transition which, In principle, depend& on the Sin-
steLn coefficients. Howevorg In many cuss, instead of the Einstein coefficients,
,It Is more convenient to use nose other parameter: the oscillator strength, life-
time of the upper state or the square of the matrix element of the dipole moment of
the transition. Aqoordingly, in tho present work, for the purpose of determining
the values of the aqua" of the matrix element, Re 2, of the dipole moment of the
dorresponding trawitions; I 'there were measured the. integral absorption coof f Loients

:ACGB=ON Us AElPO20923
of the Y bands of nitric oxide in the 2300 to 26V region by means of quarts
;prism KS-35 spectrograph with a disporsion of 2-2.5 ma In the indicated region.
-The nitric oxid*,VO was heated in an olectric furnace to temperatures from 330 to
.9000C. To minimize apparatus errors In determining C9 the NO line* were broadened
by Introduction c;( argon 1=61 at 13 to 20 stn Into the sealed tubes containing the
NO, 7he results of prooMaW the spectra t I a 9, g the values of C1, Re 2, and fe for
the y(0,0), y(O,la and 7(0,2) absorption bands of NO are tabulated; The values of
,the square of the matrix element for the transitions corresponding to the above
bands are 0.018, P.026 and 04036 atomic units, respootively..The results for the
bands of the 0 syAtm and for highor ordor y bands, obtained by a somewhat diffe-
rent procedure, will be described iii the next paper. "'M* authors are grateful to
S.A. Losev for aid, in procuring the W trio oxide and for valuable consultations.
Orig.art.hast 6 formulas, 6 figures nnd 2 tables,
ASSOCIATIM now
awn I I ljW0 DATS A(;Qt OMW4 SWL3 00
M CMI M MR UP SM 003 OnMRs 013
Card 2/2

W"a"
ANTROPIUS, Karel, Ina.
Analytir expression of stre3s-strain diagrams of patented wires. Stay
cas 12 no.2sll2-122 064.
1. Stavabni ustay, COOG vysol-e uceni technicke, Praha.

- .
E f
ANTROPOV, A.
A faulty design. Mashinostrottell no.10%46 0 162.
(MIRA 15:10)
(cirac):6)

KAGAND YA.M..; KAMALOV, R.R.; ANMIOPOV, A.D.; KNYSHFNKO, G.N.
Density of tho gas oil mixture in the annular space :f wells
equipped with oinking centrifugal pumps. Nefteprom. delo,
no.8%14-17 164. (MIRA M12)
I, ISakh nauchno-Psledovaittllakikh i proirvodottvPnnykh rabot
neftepromyslovoyo%upravleniya "Akeakovneft'".

ANTROPOV, A.D.
Z,~-
xxploitation of floving wells drilled in bed Dl of the ShkapoTo
oil field using sinking centrifugal pumps. Nefteprom, delo noJil4-
15 165. (MIRA 18ilO)
1. Oiprotyumenneftegas.

-L 42927-66 EWT(s)jEWP(J)/T/F.WP(k) RM
ACC NR, AP6017082
AMIOR: Guk V. (-Enginoor; Lieutenant colonel); Ln ~mv, A. (Engineer); Zamonevve, V.
(&iginoer!!-,~~=;;ova, K. (&igirwer)
ORG: None
TITLE: Sealing of insulated cables
SOURCE: Tokhnika I voorutheni", no* 1, 1966, 70-71
TOPIC TAGSs electric cable, hormetic seal,. insulating ~iatorial
AM'L=Tt A method of a ~Lulatod cablol. against the entrance of moisture is
ealinx
discussed. The method fiz-i-p-pUed to cable kept in warohouses or stored under field con-
ditions. The cable ends am hermetically closed by the insulation anolocin;/the cables
Fbr this purpose, the barod conductor ends am cut off while the insulationl4s heated,
softened, stretched and pressed together by pliers. The application of this method to
various types of cable is described including single, twin and duplex cables with
polyvinyl-ohlorid,94insulationg twisted-pair stranded conductors with polyethylene inoula-
%ion; four-wire and multi-pair field cables with wire &rmor and rubber sheath 4ackot;
mati-conduotor field cables and cords with poloWl-chloride plastio inmilation, Me
effectiveness of this method is proven by an 18-day underwater tests
SUB CODE 1 09/ SM DATS a None
]A MLP

K'.LKINt Ya*Z.i SMMOVp HPP.; S&MIYENKO; V.P,.j KOZMNIKOVA, G.1.1
KALNINP Ye,,I.,# TAMOVp X.G.~ Pr~nl%ali uchastiye: ICRSAITlDV, Kh.j.;
A13DUGA,PAWV, O.A.; BOVGUTA# I.D.; TKAf-,IIEV,, S.P.! FRATOV, N.Y.;
bVISTEWNIKOV, A.Me; PRACHEVp VoN.; SHEYMANP V.Ioj ANTROPOV# A,D,j
SOBOLD, 194s; POPOVAo N.T.
Industrial testing of a now cont.1,--uous metbo) of v)pper removal
from crude lead. TSvet. met.. 34 no.-I.15-Z2 Mr 161. (MIRA 14:3)
Is Eksperizentalln" teekh Cblmkeutskogo evintsevogo zavoda (for
Wraaitovp Abdugap&mv, Bovgutal Unch,%ij Matovp Svistellnikovp
Pracheyt Sheymanp Antropovp Sobolevj, Popova)*
(Lead-Histallurgy) (Copper)

mmmmmNmwKmF__ - ___ ; - m
ANTRCPOV, A.G,, Insh.
Apparatuses for the hoot trostmant of fabrics. Tskst.prome 18
no,1009-40 0 058. (MIRA 11111)
(Drying apparatus-Textile fabrics) (Textile fialshing)

ATITROPOV, A. i, rl- -1'.
- I
Plyvood Kombinat
SOt T. L No. 52614, 52616-18 on file In L of C, Air
. ',*tiv-,v,,i .1u)-y 1l-,'.,7'

ANTRUPOT. eL.K.
Yor the development of Industrial production of yarn on a largo
scale. Toket.prou.14 no.ltl3-14 J& 154. (KLRA 712)
1. Eamestitell nachallnilm Glaysagotllnoprona. (Flosp) (Flax)

AMOPOV. A.X.
Northern Caucasus as an Important source of bast fiber. Tokst.
prom. 14 no.?:11-14 JI 134. (MIAA ?t8)
1. lawatitall aschallalim Olarsagotl1noproma.
(Caucasus, Northern--Bast) (Bast--Caucasus. Northern)

ANTROPOT, Ajis., -
--
Rialsterstm logkoy pronyahlonnosti S&SL Sauk& i I>eribd,. OP. v
sollkhos. ? no.4:8-11 Ap 137. (XW 1016)
1. &Uoltitall uchallni)% upravlonipt takstillnogo syrlya Hjul-
sterstvi loCkoy prorqohlonnostl ssn,
(n")

ANTOVILI, Aleksandr Flakalroviabi OMANIMOVA, Z.G.0 red.; YSZHOVAp
to
[Theory of mechanisms and machinery) Teoriia makhanizmav i
maBbin; kratkii kura, Moskvap GoB. izd-vo "Vyxohaia slJko3A,"
1961. 253 p. (MIRA l5t2)
(Vechanioal mverents) (Machwaical engineering)

BAWARUVICH, L.D. A- ej OSOTO N*I,; DYUX0Vj Me; SP3RANSUTO
BeRes glayw red*; SMTALOT, Te.T., sametitelO
glaynogo red.1 MOYBUT. B.N., red.; ZMMOT, D.A.g red.; 1MASWIKWg
VIII, red.; NMYTOV. R.T., red.; SKMNOV, V.I., red.; KHMMOROTO
N.A., red.; TAMIN$ A.A., red.; MWIPZWVp VJe.. red,,; B:U=OVSKATA,
L.L. red. izd-va; MIKOVA. S.A.# takhn. red.
[Prospecting for ooal and oil shale deposits] Ramdka mestorothede-
nil uglel i gorluohith slantmey, Moskva, Go@, asuohn,-telduk. iud-vo
Ut-r7 po goologii I okhrans nedr, 1957. 61 p. (Astodicheside utaxa-
nil& po prolayodstyu goologo-ras"dochnykh rabott noo'g).
(Coal--ftology) (Oil shales) 11W
77-7, --, A -`u

AWROPOV, A.N.
f., Aldan (South Yakut) coal basin, Soy. r
,001,, no*62:92-126 157.
(Aldan 11asin-Coal geology) (MIRA 11:6)

M,Lf;!,T0'w', T.1'. " AJ'P;-!I*---ANO QK, A Pu in-,,h,
QL __L_
Orl:an'zation of the optDration of complex electr!c jlowc!," J*,.',,ritn.
Elok. at.a. 16 no.9:72-7-1 .1 165. '*MTRA
, upravlen! ',-a enurgeticheskz~go khrzrayiLva I'lone.4--kor'C'
(for Musntov). 2. Kalininuriorgo (for Antropov).

AMOPOV, A.T.
WAMW
Ues of motorerelea in topographical and goodatio surveysis Good* I
k*rt. aoAM AP 157. OUA 1018)
1, Starshly topograf otryada No,12 Moakovskogo aerogeodezicheskogo
predprIyattla,
(TopographloRl ourveying)

kYrROPOV. A.V.; POLOTSKIT, I.L.. Inth.
Row drilling chucks. Isobr.v SSSR 2 ao.10:37-38 0 157. (KIRI 10!11)
(Chucks)

AFTRCI'CV, A.V,
Using antifriction, parts in clamping mechaniu-,.,13, hashinostroi '--!I
no.12%18 D 161, OHIRA 14:12)
(Vineu-Teftological innovations)

ANTROPOV, A.V,
Now dial center finder. Maahinostroitell no.8:23 Ag 162.
(MRA 15:8)
(Recording instruments)

ANTROPO,V,, kleksandr Vladisiroviah.1 GUROV,, S.,, red.; KUZNVMVA, A.,
tekhn. 'red.
(Advice to boriag mchine opemtorv)sovotv rastc-*hniku. Moskut
Moak. raboahii, 1962. 58 p. (MIRA 16s1)
(Drilling wW boring)

- A.V.
Changeable marking center vith a hard-alloy tip,
Mashinostroitelf no.lIs23 N 162. (HIPA 15,12)
(Drilling and boring machinery-Attachments)

ARTROPOVS A.V.
*iag chucks, Hashinostmitall ao,2t25 F 163# (HIPA 160)
(Chucks)
~ -- I - ~~'! " I - - !.!: ~ " ~-- -. ~~- 1, ~21 sl ~;j-: L~t .
I

'ANTROPOV Aleko"r Vladimirovich, zadl. isobretatell RSF,11,
DRYZGALOV, I., red.
(Machining on jig-boring machines) Rabota na, koordinatno-
rastochnykh stankakh. Moskva# Mosk. rabochli, 1964. 76 p.
(MIRA 171l1)
1. Chlen noveta novatorov Moskovskogo gorodskogo soveta na-
rodnogo khozynystya (for Lntropov).

~VROYQV t - Boris Fedorovich; TRUSIKIIIN , Nikolay Favlovich; WSMOV p
A.A., rod.; BODYLEVAl L.V.j red.1 GERASIMOVA, U.S., tokhn.
red.
[Improve planning in an enterpri8e)Sovershenstvovat' planiro-
vanie na predpriiatii. Moskva, Ekonomizdat, 1962. 77 p.
(MIRA 15,.12)
(Industrial management)

AUTHORs Gutkin, Ye.S.,and Antropovo B.Ge 132-12-9/12
TITLEt About Measures to Be Taken Against Well Deviation at Shot Drill-
ing (K voprosu o merakh borl1by a iskrivleniyam skvazhin pri
drobovom burenii)
PERIODICALt Razvodka I okhrana nedrt 19579 # 12, p 56-57 (USSR)
ABSTRACTs To overcome well deviation at shot drilling, the Choremukhovo
Geologic Prospecting Team conducted experiments at north Ural
bauxite deposits. By changing the direction of rotation, the
angles of deviation were reduced and drilling efficiency in-
creased. The article contains a'~table showing comparative data
of drilling operatione in two and one directions,
There are 2 diagrams, I table and 3 references# all Slavic
(Russian).
ASSOCIMONt North Ural Bauxite Expedition (S#Yerourallskaya bokeltoveya
ekspeditsiya)
AVAILABLEs Library of Congress
Card 1/1

KAYUS71N, Ye.l.'. kand.ellon.nuuk; LAViZOV,V.V.; KYWIN, S.M.; KOINST.M.~TINOV,
Yu.A.; TRAVDIN, LI.T., kand.okon.nauk; KLULLO'.1A, N.I.; '~UYkIIV'Si-WA)
IUI.~ J.F.j IUABi;OV, F.S.; POPOV, G.A.; DE!IrfANOVA, V.A.;
'CIIOLT&I(y I.M.; ACHAIMM,, V.A., kand. yurid.nauk; BRON=, D.L.;
SIIEPMI, Ye.V.; ri(YAZIXV, V.G.; ALES!IINA, F.Yu., kand. ekon. nauk;
K117JIETSOVAp N.P.; I-WIKOVIC11p M.B.; BIDIK, L.F.; YJDAJINA, V., red.;
G1100111UNA, L~ mladshly red.; CHEPELLVA, 0.1 tokhni. rod.
[Public con-muiption funds and improving the walfaro of the people in
the U.S.S.R. 30brhahestvonro-o fondy i i-ost bla(:o3ontolaniia naroda v
SS&I. Neskva, Sotsokgiz, 1962. 222 p. (M3RA 15:6)
(Cost and standard of 3iving)

123-1-489
Translation from: Referativnyy Zhurnal, Mashinostroyeniye, 1957,
Nr 1, p.81 (USSR)-
AUTHORt Antropov., B.P.
TITLE: Now Design of Sprinklers for Cooling Pipes (Novaya
konstruktsiya bryzgal dlya okhlazhdoniya trub)
PERIODICALt Sbornik rate predlozh. vnedr. v proiz-vo. M-vo
chernoy metaliurgii SSSR, 1955, Nr 52, P. 27.
ABSTRACT: Bibliographic entry
Card 1/1

ANTROMY. GA.
Foreign body in the nasal cavity. Test. oto-rin. 18 no.1;63-66
JA-7 136, (HLHA 9t6)
1. Is kafedry bolesney ukha. gorla 1. noss, (say.-chlon-korrespondent
AXM SSSR prof. T.F. Undrits) 1. Leni4gmdekogo meditsinskogo
instituts, inqui I.P. Pavlov&.
(NASAL CAVITT, foreign bodies
knife splinter. surg.)
(PCRBION BODUS
knife splinter in nasal cavity. surg.)

AYMPOV, GA.
Role of the central part of the auditory analysor In the mechanism
of auditory adaptation. Probl,fizIol,,aknt,, 4 t16-23 '59,
(MIRk 130)
1. lafedra bolesusy ukha, gorla I nova 1-go Leningradekogo meditsin-
skogo Institute. to* 1,Pe Favlova I laboratorlys fisiologil, slukhovo-
go aualizatora Instituta fisiologli Ia. I.P. Pavlova AN SSM4 Lenin-
crad.
(MURIM)

ANTROPOV, G. A.
Cand Med Sci - (diss) "Comparative-physiological analysis of inhi-
bition caused by the mechanical irritation of the brain. (Materials
on the pathophysiolo of experimental muscle distonia).11 Lenin-
grad, 1961. Ic) pp; FFirst Leningrad Medical Inst imeni Academician
I. P. Pavlov); 300 copies; price not given; (KL, 5-61 sup, 200)

- ANMOPOV, G.A.
Use of a graphic method for the analysis of autonomic reactions.
Fisiol.thur. 48 no.6060-762 Je 162. (MIRA 15:8)
1. Iat*ratoriva arevnitellnoy fiziologil i patologii Inatituta
eksperimentallnoy meditainy AMN SSSR, Leningrad.
(HERV3W SYSTEM, AUTOWMIC) (CONDITION77- 1&,PONSE)

BIRYUKOV, D.A.; AITTROPOV2 G.A.; KLIMOVA-CIMUL450VA, V.I.; KOPI.*EVA, Ye.Ae;
SPLYAFER, T.P.; YAXOVLr.VA, H.I.
0
Comparati,te &nd physiological features of the effect of amina-
zine on the repilation of mrdiovascular activity. Fizio. zhur.
48 no*81953-959 A062. (MIRA 16t6)
1. From the lAboratory for Cmparative Physiology and Patbologyp
Institute of &perimental Widne Loringrad.
(CARDIOVASCUIAR SYSTEM) 4111LORPRalAZINE)

Amrqop()Vj G.A.; KLIMVA-CIDW,,ASOVA, V.I.,- YORITUA, Ye.A.; S*-:,YAFF,F,,
-YAKOVI.F.VA, M. I.
Comparative physiological characteristics of tile aff(Wt cf
aminazine on the regulation of chrdlovmn-lular activity.
Trudy Inst. klin. i skeper. kard. AN Gruz. SSR 8033-535
,63. (YTRA l7s7)
1. Uboratoriya aravnitellnoy fiziologil.
41
C

ANTROPOV, G.A.
Changes In cardiac activity followinr mochanical stimulation
of the brain. Blul. eksp. biol. I mod. 54 no.%18-21 S 162.
(MIRA 17t9)
1. 1z laboratorli aravriltellnoy fJzIologIi I patologil Instituta
eksperimentallnoy meditsiny (dir.- doystvitollnyy ehb,n AMN
D.A. Diryukov) AVIN &S-SH, Lonlngrad. Prodstavleno deyqtv1te1'nYM
chlenom AMN SSSH S.V. Anlchkovvm.

Table for the JeterminatIon of bn3ic FTG ir-flcev
Wail. v~vp. bliAl. i zrw,t. 5,-) rio."I-115-1118 F
1. Moskoveidy nauchno-Issledivatellskly institut gipiyeny imeni
Friv-,mna (dir. A.P. Sh!tsxova).

f
WOM

,7i N~17 I- ~ ~ I I - ~ ---",11 :
, t
"T,
1 4 1 1 ..i

GORSHKOV, Sergey Illich; ANTHOPQY,,,,Gennad1y Axidroyevichl GORIJUNOV
Oleg N1kolayevicF;--861N, V.P.-, red.; LWAff--TYLYINA,
S.P., red.
[Biological action or ultrasound)Biologichoskoe deistvie
ulltramika. Moskva, Meditaina, 1965. 196 p.
(MIRA 18:12)

ACC NR, Ibnograph UR
Gorshkov, Sergey Il'ich; Antropov, Gennadiy Andreyevich; Gorbunov, Cleg Nikolayevich
Biological effect of ultrasound (Biologicheskoye deyetviye ulltrazvuka) Moscow,
Izd-vo "14editsina", 1965. 196 p. illus . , biblio. 3000 copies printed.
TOPIC TAGS: ultrasonics. ultrasmic biologic effect, industrial hygiene. industrial
medicine, safety engineering
PURPOSE AND COVERAGE: The biological effects of ultrasound, particularly of low
frequency, are considered for a variety of circumstances. The author atterpts
to systematize preexisting foreign and Soviet data, as well as his own investiga.
tions, to indicate solutions to the important problems in this field. All types
of exposure to ultrasound are considered, including therapeutic, industrial,
and experimental exposures. Dosimetry is discussed, as is the need for establish-
ment nr definitive hygienic norms for exposure. The book should be useful tDavide
variAy or biologists, medical specialists (hygienists and therapists) , scientific
works, and safety engineers.
TABLE OF CONTENTS
Introduction -- 3
Ch. I. Ultrasound an a factor in am's external environment 7
Card 1/3 622-01h-h5+613-Abb

ACC Nkj AM6011891
1. Occurrence of ultrasound -- T
2. Physical properties of ultrasound 9
3. Physical and physicochemical. effect of ultrasound 14
4. Absorption of ultrasound by the tissues of the animal organism and the conver-
sion energy In the organism -- 19
5, Some manifestations of the biological effect of ultrasound - 25
Ch. 11. Methodical bases for experimentation in the study of the biological effect
of lov-frequency ultrasound -- 41
I High- and lov-frequency ultrasound -- 41
2. The ultrasonic source and method of sonication - 43
3. Ultrasonic measurement and dosimetry - 48
Ch* III. The biological effect of low-frequency ultrasound -- 54
11 Effect of ultrasound on nervous sYstem function - 55
2. Effect of ultrasound on the functional condition of the thyroid gland - 76
3. Effect of ultrasound on the monphologic&l composition of the peripheral blood
-- 82
4. Effect of ultrasound on thermoregulatory processes -- 88
5. Effect of ultrasound on biochemical Indices - 90
Ch. IV. Dependence of the biological effect of ultrasound on its intensity and
frequency 90
Card_ 2/3 -

ACC NRt
1. Experimental threshold dose of ultrasound 98
2. Some characteristics of the effect of ultrasound of more than threshold
intensity -- 103
108
3. Additivity of ultrasocnic biological effect
--
Ch. V. Vie mechanism of the biological action of low-frequency ultrasound -- 110
1. Ways in which ultrasound affects the animal organism -- Ill
2. Nonequivalence of the general and local effect of ultrasound -- 125
3. Dependence of the biological effect of ultrasound on the original condition
of the organism -- 129
Ch. V1. Permissible dose of ultrasonic action and some methods for preventing
harmful effects in animal experiments __ 141
Ch. VII. 7he effect of ultrasound on the organism of workers in industrial con-
ditions -- 154
1. Ultrasound in industry -- 154
2. Changes in the organirm of workers exposed to ultrasound - 161
3. Protection from ultrasound in industry - 179
Conclusion - 183
Bibliom 'n -- 187
SUB 00 !.PnOf/ SUBM DATE: l9oct65/ MO REF% 114/ oTH REF.. 126

2133 (~"I) SOURCS CODEt
AUTHORSt -Komisearovq A, Fol Antropov, 0. F.
ORGt none
TITLEt An automatic grip. Class 350 No. 180320
SOURCEt Isobreteniya, promyehlennyye obrastay, tovarnyye znaU , no, 7, 19661 52
TOPIC TAGSt hoisting equipment# automatic machine, automatic equipment
ABSTRACTs This Author Certificate presents an automatic grip for lifting and carrying
loads. The grip contains a casing with hooks
(Zn-nected to the power cylinder and to a otopping device mounted in the case$ fixing
the position of the grasping hooks (see Fig. 1). To maintain the hooks of the grip
in the open position when carrying no load, the piston shaft of the power cylinder is
hollow and has an opening connected to the working interior of the cylinder. This
shaft is attached to a movable frame mounted in the casing. The frame is hold by a
plunger placed in the hollow shafts The frame activates the stopping device.
UDCg 621.86.o6i.31-

a
L oVga-6'7-
El ACC NRi AP6012i33 f4.% ) "
;v
4

AhTROKV, G. M., BELYNV, V. A. and HOMANOVSKIY, M. K.
"'Me Behavior of Rapid Electrons in an Electron Model of a Trap with MWetic
Mirrors." (Work carried out in 1957); pp. 250-258.
"The Physics of Plasmas; Problems of Controlled Thertnonuclear Reactions." Vol. III.
1958, published by Inst. Atomic Energy, Acad. Sci. UjO.
Available in Library.

SOY/B?-5-4-9/24
OTHORS i Antropqv, G. P., ?ysinj Yu. A.~ Koyrizhnykh, A. A., Lbov, A. A.
238 257
T iT LN I ReactInn cross Section U (n,2n)U With Neutrons of an Ener-
gy of 1r, MPV (3echeniye reakteii U 258 (n.2n)U 25'7 na neytronRkh
a en4rglyey IS Mev)
I'MIODICALt Atomnaya energiya, 1958, Vol 5, Nr 4, pp 456-457 (USSR)
4b.',TRACTs In 1952 tr was measured by the authors for U 238 (n,2n)U 237 for
E11 * 15 MeV as amounting to 1,5 1 012 b. An, in the meantimet
new values have been published which are In contradiction to
those mentioned, measurement was repeated in 1957.
A 41-counter was used for measuring. The value 6 nj2n was meas-
ured from the activity of U237 and from the fission products
of U 258 , namely Mo99, Ba 140 , Ce 141. A value of 0,90 + 0,15 b
was obtained by these measurements. This is in agresient with
the vftlue given in reference 1, but in strict contradiction of
the value given in reference 2. Comparison with the results
given in reference 4 leads to the conclusion that the value of
ri 2 0.90 b is highly probable.

256 237 SOV/(19-5-4-9/24
R-action Cross Section U (n,2n)U V~ith Neutrons of an Energy of t5 Ifev
N. P. Martynov, I% P. Tlmofeyeva, and N. V. Shuvanova partici-
pated in the work of chemical preparation. Thore are 4 ref-
erences, 2 of which are Soviet.
bitMATTTEDi April 17, 1950
Card ?/2

ANTROPOV, G.P.1 ZYSINI Yu.A,; KOVR17JMIM, A.A.; TSAREV, V.P.
- . - - Fast noutro ~ ~,V. atrometer. Prib. i tokh.ekap. 6 no.4:)C,-33
R-Ag '61* MIRA 140)
(spootrometer)

M - - - - --
ANTP1OFCVj G. Ye. Apr j~tj
USSR/CWiISTRY - ARGININE
WEVIUNOLp SOUTRALS
"The Effect of Arginine on the Equilibrium of Methanol Solutions of NaI - KI#" A. G,
Sarkisov, N. F. Sakharova, G. Ye. Antropovp Iab of Gen Chem, Kuybyshev Inki 1n8t, 5f pp
"Zhiur Obahch KhIm" Vol XIX, No 4
Investigation of the effect of arbinine at 300 determined that the solubi:,,ity of NaIj,
K1, and their rdxtures is less In the presence of the arginine than it is in pure methanol.
Submitted 23 Dec. 47.
PA 65/4%16

ANTROPOY. I.A.
..Room
Now species of Foraminifer& in upper Devonian deposits of regions
of the eastern Russian Platform. Isv.Xazan.fil.AN 333R.Serageolonauk
no.1121-33 150- (MLRA 10:1)
(Russian Platfor*--Ifominifera, Fossil)

ORIIUCEMV, V.A., ak&demik~ AMTRMV, I.*.
Discoveries of nematopors. and other sea-mosses from the Devonian period
on the *&stern Russian Platform. Dokl.AI SM 91 no,3:613-615 Jl 153-
(KUL 697)
11 Geologicheekly Inetitut Lu&nskogo fili&l& Akadesti nauk WSR (for
Antropov). 2, Ak&deaiya nank SMA (for Obruchev).
(Russian PlWorm--Polys", fossil) (Polyaos., lossil--Russi&n Platform)

15-1957-1-71
Translation from: Referativnyy zhurnal, Geologiyaq 1957, Hr 1,
P 9 (USSR)
AUTHORt Antropovo Is A*-.
TITLE: 6U~P"i,o_cr inus- P-osells and Their Stratigraphic
Significance in the Devonian of the Volga-Ural
Oil Region (Obostatkakh Cupressocrinus i ikh
atratigraficheekDm znachenil vdavoneVolgo-Urallskoy
neftenoonoy oblasti)
PERIODICALt rzv. Kazan* file AN SSSR) Sere geol. n.p 1954# Nr 2
pp 12-16
ABSTRACTt Bibliographical entry
Card 1/1

ANTROPOV, I.A..
----I
Devonian Foraminifer& in the Tatar A.S.S.R. Ixv. Kazan. fil. AN
SWR, Sars gool, nauk no, 71n-33 159. (MIRA 144)
(Tatar A.S.S. R. -Foraminifem p Posail)

AlaROPOV, I.A.
Devonian roof fhoies in the central Volga-Kama region, Izv. Kaume
fil, AN SSSR. Ser, geol. naLuk no. 705-46 159. (MIFA 14W
(Volga Valloy-Reefe)

ANTWFUt I.A.; 6AIANOVA, G.P.
Devonian stratigraphi of eastern Tatnrstan. Trud.( Kazmfil.
AN SSSR Ser.gool.nauk no.6:7-86 'u0. (MIRA 15t4)
(Tatar A.S.S.R.-Petroleum geoloU)

ANTFWPOV j I.A.
Recent data on the stratigraphy of Tournaisian deposits in
Tatarstans Dokl. AN SSSR 1P no.6:1351-1354 F 162.
(KM 150)
1. Gbologicheskil inatitut Kazanakogo filiala AN SM.
Prods-.uvleno akademikom Yuok.Orlovym.
(Wtovo Region-4oology, Stratigraphic)

ANTRO1W , K.N.; KA7AKOV, Yu.1.
Noncontact oopying system for cutting gear wheels. Stan. I instr.
36 no.4s2l-22 Ap 165. (MIRA 180)
4

UNILOVI V.I.j CHEREPANOVo T,. Yo.; AIITWY.10v# K.V., oamotrAchik-avtomatichik;
KHRIPUNOV, V.S., oamotrahchik-avtomatchik; SHASID-TURIN, A. Yo.,
oemotrahchik-avtomatchik
Are emergency brake accelerators necessary on freight trains?
%Ilek. I tepl. tiaga 5 no.3t43 Rr 161. (KIM Ul 6)'
1. Master avtokontrollnogo stantaii, Sverdlovok-Sortirovochanay
(for Danilov). 2. Starshiy master punkta tekhnicheskogo osmotra
stantsli Sverdlovsk-Sortirovochnaye (for Cherepwiov) 3. StantelYl
Sverdlovsk-Bortirovochnaya (for Antropov, Khripunov, Shashmurin),
(RailroadB-Drakes)

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M.

U. T.,
vm/cbmistry, - latetmnVanction Doe 50
"fa*W a Theory of the glectroreduction of Organic.
Ccepounds," L. I. Antropov, Yerevan Polytech Instp
Chair of Physicoebeno Lab of Klectrochen, Chen
Xwtp Acad get Armenian SSR
Othvr fix.XhIn" Vol XXIV, no 12, PP 1428-1436
Uprwes fundamentals of' theory of electroreductlon
of orgLn1c 4ompowds. In contrast to usual treat-
ment, riature and value of H overtoltage on tiLtbode
metal smat be considered. Process depends on amount
of devistlon, of cathode potential from zero point
dv* tb rate at rtaction and vAftity of de3A*
vautlan of I.
7C, ~ 17OT17,
4

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VSSR/Chemistry - Cathode Rmctim Nov 52
"The Questioa of the Mature of Cathode Reactions,"
L. 1. Antropov, Novocherksask Polytech Inst i= S.
Ordzhonikidze.
"Zbur Fiz Khim" Vol 26, No 11, PP 1688-1693
The author states that those metals most investlgaU~d
form two groups which differ in their conduct during
E-many electrode processes. metals or Group I (Pt, 1114,
,"etc.) have these characteristics: (a) the rate of
1~11beration of H is limited by the retarding effect of
~Irecombinatior_; (b) the surface coacn, of 9 atoms jmder
Z4the current is significantly above the equ*Ll coacn;
W 242T17
(c) the electrolytic H is absorbed by the metal in
noticeable a=ouats; (d) the reduction of org and in-
org substances takes place at the expense of adsorbed
atoms and of oscillating excited =ols of H; (e) the
non-polar substances are subjected for the most par--
to hydrogenation. Metals of Group II (Hg, Za. etc.)
have these characteristics: (a) the rate of R liber-
ation is limited by the retarded flow of the dis-
charge of hydrcxmic i=; (b) the surface ~_,onzn of
H atomz under the current Is not noticeably diffarent
from the equil conca; (c) the electrolytic H is
abaorbed by the metal: (d) the reduction of in-org
and org, substances is accomplished az the expense -of
9 electrons and ions activated in the discharge
(2) 21,2T!7
a,-:process; (e) the polar org compds are subjected for
the most part to electroreduction. The author adds
.that Groups I and II include the metals most w.Ldely
>uzo in the electrochemical induzt_ry.

ftDOUM of Ibs h4entiAl of Z4r* Obvis in
khC119410101 bmull. L. 1, AAnhillwly
A ek-drochem. lwNvws it 40twite-d
in Wilkh th* putMAI&I 01`20Mcharge of the tuttal is compirrA
wit it low Ix-44%mi4k mKonm4l in tire girm T^.N-si (91 Mip n-
1"A"Itial, mlurtk)n pOntial. &r.). The method 1-4 *pj4kI
4) tile "noddlerstion Df elf4trojtposilion, ocKrONUXI, 11101~,
V. It. T.

D. T.
nat It NO of MAI C vro
June 1954 19431, the Influrner c
n.) L 1~ An, -1 -- rM."Of Miff
Corrosion , #m. willtla ?"kvi
Tests on Fr. N1, Zn. and Mg show corrmilm velmlly and
Wentlal dclx-mlent on p1l of 16 solvillon. Table. 10 rrf.

'a4 0;- 2-41-P,
7.w
f1v I
tl V"R
AcOl 1, I-It Oli. and mixtS, of It with anl V tn
the pacvw4do Pt catolypt. - Values of R we Vatiulibled anil
lumniom3 of Ohe 4t-,g-K, k4
-w dg~

Mnttlcl M Ele~cty.-. I

V"l- A?~ tr,~, I

%k kth t ,f
0 0 2-1. 4) 1 g I

file

WN17,
om .... .. of tbioun,a km tilt,
r4"It"-)'-p~~'ti (if NI (olun 1-th'] ~wl;g 10.t~j 0!j t1p,
cv""qla' ; IN ~301'111'u ox), 4,0, am
N*CJ 10 0- b," L~Ort vtvhM 1, 1 th'-~ mrth~~- P--ki"31y
L,.w,l for Co k st)v~ J,f. A. otwl V., (1), r>,S; 3J.A-.NOS0-
AiW. of 0,2. 0-3,g.11. lhl~~iirta itivrfowil 11,o taMxl.) jhvitntal
st A!A. > OA mr,ldta-Ij at lw.rtp v.11. Oight 111,1VA.IrilAtion
kvm o1m*rvc-(l .rim limiling V.,I. ( -s ampldm.s)
'A P-A kIf%ChAng(I t bv thiourra At e!1 Amp Mm.1 t*h)w tho
litnit, ad,*-% oi ihiouwa Irti to tim jnrr~j-i. of brtght Ni deposits
of inrrv%, d I &nInno (40,, mm-44zo N 0,2 g,/). thloums).
Ut evmnt efivlotnry wmp tilmont vw%MqtN] by thkou", Ar'A
'Ara 95-9s% no t~"~ ext,hokle. told ft% Ott sovAl.. exkvpt
ft w v.d. < i C~v , - 7- 8 che" C-Inditions
tfdv~kmA W&A n It o( depKaitit m
Va owlerxmt itht)vix-I thvt Owurva r(w ia,*,I tho * -Aiw

r .-,
Nowficuml

WSA/ Chemistry Physical chemistry
Oard I 1A PUb. 147 - 24/25
Autbare L. I.
Title I Hylbrogen overtersion and the nature of electrochemical processes
(Discussion)
Periodical s Zb,%r. fis. We, 28/7s, 1336 - 1352,, Jily 1954
AUtract I Urious ido" regarding the reaction of cathodic separation of bydrogon-
ant its commotion with other electrocheadeal processes,, were
diocuased, The ovorteision of H in its relAtion to metals of the first
grOUP lactro-roduoti(a reaction,, electro-oryntallisation of metals
aml eis:tro-ohemioal corrosion of metals, is explained, The magnitude
of polarization and the structare of metallic residues were found to
be closely comeoted with the nature of H-ovortension and position of
thot taro point of the setals which determine the possibility of
initibiting atd activating effects. Seventy-four refereiiets, 58 USM;
6 VSA; 5 Oermanj 4 Japanese and 1 Swiss (1924 - 1953). Tableej graphs.
Institution I The Sergo Ordzhonikidze Polytechnicum., Novoobarkaavy
Submitted March 18s 19A~

OGAXZSYAH,A.Bi; ANTROPM,.L.Io-
llnetles of electroreduction of Reetone on a mercury cathode.
Dokl,All Arz,SSR 21 no.2t8l-85 155. NLRA 8:12)
1. Yerovanskiy politakhnichaskiy Institut. Predstayleno A.A.
Akopputon iReduction, Blectrolytic) (Acetone)

auj g
!MM,

USSR/Electrochemistry
B-12
Abe Jour Ref Zhur - Xhimiya, No 8, 1957, 263114
Author V.V. Liatopadoy, L.I. Antropn
Inst Novocherkaosk Poly-t-CC191-cad Institute. Academy of Sciences or
USSR
Title Electrical Reduction of Oxalic Acid. 1. Influence of Metal
Nature on Process of Reduction. II. Influence of Hydrogen Ion
Concentration of Process of Reduction.
Orig Pub : Nauch. tr. Novocherkas. politekhn. in-ta, 1956, 34 (48), 87-98;
99-107.
Abstract : 1. The part of the point of the zero charge (EO) of the elec-
trode metal in the process of electrical reduction of 112C204
(1) vas studied. The polarization curves (PC) (E, log 1)
on Pt, Ki) Hg, Pb, Cd and amalgam Tl (T1Aq) were measured in
atmosphere in 0.098 n. H2SO + 0 ,2 n (NH4)2SO), with addi.
ns of 1 (0-00549 to 0-560 MJ~ at pH oi 1.16 to 1.40. The
I
influence of the cathode material and I concentration on the
efficiency of the electrical reduction (RE) was determined; the
shift of the potential (E) at a constant i after the intro-
duction of the addition or I into the solution served as the
Card 1/4

qW/Rleetrochemiatry B-12
Abs Jour Bel' Zhur - Khimiya, No 8o 19570 26314
measure of EE. The PC-s for Pt and Ni are lineal in H2S04 so-
lutions and do not alter at the addition of I (after the adjust-
meat for the change of pH). In case of Hg, the lineality of
PC is preserved, but a shift of E to the positive aide is ob-
served, the shift being the ter, the greater the concen-
tration of I is. GlyoxELlic II), glycolic (III) and tartaric
acids %re forming at the electrolysis of I solutions on Hg
at vrArious E-s. PC-s on Cd, Vb and TlHg in H2S04 solutions
conelit of two linea.1 parts; at the addition of I, the inflex-
lins of PC-s practically disappear and a shift of E to the
;c,sitive side taken place in the region, corresponding to the
negatively charged surface. The dependence of the E shift on
the I concentration in case of Cd, Pb and TlHg is the same, as
in case of Hg. At the electrolysis of I solutions on Cd, Pb
and T311gp II and III are detected in the solutions. The exper-
ittental data are described by the equation 9 - a + b log /T /
(I + gCW (Antropov L.I., Zh. Fit. khinii, 1950, 24, 1h_,Z),'
Aere % is the vollimetric concentration of the adsorbed nub-
stance, and a, b, g and /3 are constants. The conclusion is
arrived atthat in case of metals with approximately equal
Card - 2!

USSR/Electrochemistry B-12
Abe Jour Ref Zhur - Khimlya, No 8o 1957p 26314
(1) well In the range of L< PH e- 3-8, On the basis of the o'b-
tained data, a conclusion vas arrived at concerninS the depen-
dence or the speed of I reduction on the general I concentra-
tion and the participation of V ions activated in the double
electric layer in the initial action (fMhKKim, 1955, 39819).
In the opinion of the authors, the assumption of a retarded
joining of non-dissociated molecules of I by electrons (Flo-
rianovich G.M.) Frumkin A.N., Dokl. AN SSSR, 1951, 79, 997)
does not explain the experimental data completely.
Card 4/4

A ---- - - -- ---- - - - - --- - ----
I -~ ~ , ! P - . . 11
zo~%~--,'---E~i ; ~ !tT
All --I---
~ -
fl-::~T- I LL~-

USSR/Physical. Che/mistry. Eloctrochemistry. BL?
Abs Jour - Mf Zhur - Khimiya, No 7, 1957, 22507.
Author t A. A. Trehwyan# L. I-Antrojov.
Inst : Not givell
Title : About Over,ioltage of Hydrogen on Tunezaten.
Orig Pub : Izv. AN Arm.SSR, Fie-matem., Yestestv., tekhn. n., 1956, No 4,
10-24, (res. am.)
Abstract : Kinetics of electrolytic hydrogen formation on a W-cathode the
surface of which was freed from oxides by calcinaticn In an at-
mosphere of H2 before the start of the electrolysis were studied
at temperatures 25, 40, and 700 In 112S04 solutions (pH 0.10,
1.60 and 3.60). For all examined temperatures and pH the de-
pendence of overvoltage on 13 1 is described by the Tafel's
equation. The constant,,b in Wells equation does not depend
practically on pH and amounts to 0-100-0-103; 0.102-0-107; anti
0.120-0.123v. at 25) 40 and 700 respectively; constant a for
~ W-cathode freed from oxides is by 0.15 v less than the value
~ for oxidated W-cathode. At a certain given temperature a
practicall,v does not depend on pH. topendeneco (lgl, (1/T)) at
Card 1/2 -173-

-M., (blovocharketsk)
Ma-
Overvoltage In the electrolytic separation of metals and the
torn points. Usp.khts. 25 no.8tl043-1056 Ag 136. (MLRA 9110)
(Overvoltage) (Ilectrometallurgy)

-,~T T
LISTOPADMo VJ61, kand, khim. nauk: ANTROPOV, L,I,, prof.. dektor khIm. nauk.
Distillation of sulfuric acid. Trudy NPI 27r207-208 156.(miRA io:u)
1, rafedra takhnologit elektrukhtnichaskikh proizvodety Novocharbms-
skogo, politekbuiobaskogo instituta. 2. Starshly prepodavatell Imfedry
takhnologit elaktrokhimichaskikh protayodetv Novocharkaoskogo poli-
takhnichesko Instituta (for Idsto dov).
&stillation appkratuor (Sulfurto acid)

AUTHOR SMIRNOV V.A., ANTROPOV L.I. 20-5-43/6T
TITLE Zero Points of Diluted Sodium Amalgams.
(Nulevyye toohki rasbavlennykh amallgam natriya -Russian)
PERIODICAL Doklady kkademii Nauk SSSR,1957,yol 113,Nr 5,PP 1098 1101(U.S.S.R.)
Received 7/1957 Review;d 8/1957
ABSTRACT In the course of the past ten yearn the Jiportant part played by
the potential of the zero charge or the metal tero point H*Eq-O in
connection with various electrochemical processes has been -too-
gnized.Therefore the determination of the zero point of diluted a-
malgams is of considerable Interest. Many amalgams have been used
for the reduction of organic and anorganio substances. The finding
of zero points is rendered difficult In the case of the amalgams
of alkali metals by their relatively easy oxidizability and by the
rather rapid decomposition of electrolytes by aqueous solution.Be-
sides, the exchange currents between the amalgams and the solution
which contain ione of the respective metal, are usually great,and
therefore current consumption Is necessarily rather high in order
that a noticeable potential shift from the equilibrium- or steady
value be obtained.This, however, may lead to a change of the up-
per amalgam layer and to a wrong representation of results.The e-
lectrocapillary curves for sodium amalgam in a 1.0 n NaOH solution
are shown in table 2. They have a marked maximum which must oorres-
pond to the potential of the zero charge of the amalgam of this
Card 1/3 oomposition.The position of the maximum of the amalgam is shifted
T'

Zero Foints of Diluted Sodium Amalgams. 20-5-43/67
in accordance with the modification of its composition.Compari-
son of the values for the zero points of all amalgams investiga-
ted and for pure sodiumoss well as of the values of the surface
voltage of the amalgams compared with mercury shows that both the
potential of the zero charge of the amalgams end their surface
voltage fluctuate most within the domain of the sodium concent.ra-
tion in amalgam of from 0 to 0,0001 mol parte.With a further iLi-
crease or the Na concentration up to transition from liquid to
solid amalgam, the values are changed only slightly.The modifica-
tion of the zero points of Na-amalgame which develops parallel to
its oompositiont was found to have the same character as the modi-
fication of equilibrium potentiale.Therefore, the difference bet-
ween the zero charge potential and the equilibrium potential re-
mains approximately equal in the course of the decomposition of
the amalgam.The conservation of the stability of this difference
warrants the unchangeability of the surface concentration of the
substances to be reduced,as it determinte the conditions of the
adsorption of organic and anorganio substances on the surface of
the amalgam.This in probably the reason for the conservation of
certain final reduction products in connection with the applica-
tion or sodium smalgam,in spite of the fact that potential and
composition change in the course of the process of decompostion.
A marked change of zero point of mercury on the occasion of going
Card 2/3 over to diluted amalgams leads us to suppose that &A'so the zero

Zero Points of Diluted Sodium Amalga"- . 20-5-43/67
points of other metals will change in the course of electroly.
sis in alkali solutions if they are able to form sodium-metallio
surface compounds (lead, zinc, etc.). This circumstance may ap-
parently exercise a certain influence on the development and the
direction of electrochemical hydration in alkaline solutions.
(With 3 illustrations, I table, 19 Slavic references).
ASSOCIATION Polyteohnioal Institute "Sergo Ordzhonikidze" Novocherkask
PRESENTED BT FRUMKIN A.N., Member of the Academy
SUBMITTED 17.9.1956
AVAILkBLE Library of Congress
Card 3/3

SOV/1 3 7- 59- 3 - 713 7
Translation from: Referativnyy zhurnal. Metallurgiya, 1959, Nr 3, p 314 (USSR)
AUTHO',RS: Dionislyev, S. D., Antropov. L. 1.
TITLE: The Effect of Some Additives on the Corrosion of Aluminum in
Alkaline Solutions (Deystviye nekotorykh dobavok na korroziyu alyu-
mini-ya v rastvorakh shchelochey)
PERIODICAL- Sb. Kom-t po korrozii i zashchite metallov Vaes. sov. nauchno-
tekhn. o-v, 1957, Nr 2, pp (N-108
ABSTRACT-. The authors investigated the effect of alburnin, casein, and sulfite
alkalies on the corrosion of At in alkali by gravimetric and volumet-
ric methods and by means of polarization curves. It was found that
the corrosion rate of At in an 0.03 - 5.0-N NaOH solution is directly
proportional to the square root of the NaOH concentration. With all
increase in the concentration of NaOH the cathodic process is re-
tarded while the anodic process is accelerated. The corrosion of A]
proceeds with a mixed anode-cathode control. Additives slow down
the corrosion rate of At through the retardation of the anodic process.
The retardation of the cathodic process is not great because the
Card 1/2 adsorption of surface-active additives becomes improbable owing to

SOV/137- 59-3- 7137
The Effect of Some Additives on the Corrosion of Aluminum (cont. )
the shifting of the stationary potential of Al by -0.8 v in relation to the zero point.
The additives investigated can be used in alkaline baths for degreasing and etching
A], but are not suitable for inhibiting the dissolution of Al in electrochemical
cells. Bibliography; 18 references.
S - G -
Card 2./Z

fit t' - i I
F T
AYrROPOY, L.I., doktor khIm.nauk, prof.
....... ~WW.A.
Development of electrochemical synthesis of oreanic co"unds
In industry. thim.prow, no.5:272-274 Jl-Ag 057. (MIRA 10:12)
lJovocharkasekiy politekhnichookly institut imeni S, Ordzhonikidze,
(Electrochemistry, Industrial)
(Organic compounds)

AUTHORi Somohonkol D.P.,Professor 3-1-17/32
TITLEt The Novooherkaesk Polytechnio Institute is Fifty Years Old
(Novochorkaoskomu politekhnichookomu inatitutu - 50 let)
PERIOD1CALi Vestnik Vysshey Shkoly, 1950, # 1, pp 54-57 (USSR)
ABSTRACTs The article contains a history of the 50 yeare of existence
of the Novoohorkaosk Polytechnic Institute, which was founded
in October 1907 under the name of Don Polytoohnia Institute
(Donskoy politekhnichoskiy inatitut).
The institute was repeatedly reorganized. In 1950, it
served as a basis for a number of new institutes, which were
soon transferred to other placeat The Aviation Institute to
Kharlkov, a part of the Metallurgical Institute to Ordzhonikid-
so, another part to Dnepropetrovsk, and the Institute of
Agricultural Machine Construction to Rostov-na-Donu.
In 1933, the technical vuzes, that had remained in
Novocherskasek, were united into the Novocherkaosk rnduotrial
Institute, but in 1940 the scope of the institute was expanded
and it was renamed polytechnic institute.
During WW 11, 2fOOO of its 3tudents and teachers left for
the front. The damages to the institute caused by the 7-monthe
occupation w*re restored only in 1950-
Card 1/3 There are at present 10 facultiess The miningo mining-