SCIENTIFIC ABSTRACT LERNER, I.O. - LERNER, M.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000929320017-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

1ARMM, 1.0.
&r- -,
Are there separate septa between pulmonary zones and segments? Probi.
tubark., Moskva go.6:49-51 Nov-Doo 51. (CUG 21:4)
1. Candidate Medical Sciences& 2. Of the Department of Operative
Surgery and Topographic Anatomy, Kishinev State Medical Institute
(Head of Department-Honored Worker In Science P!rof. S.M. Rabashov).

IMM, 1. 0.
........... - I
Simple method of Increase of intrapulmonar7 preawire during
surgery of thoracic organs of dogs, Sovet. mad. no-7:28-29
July 19514 (CLUL 20:11)
1. Candidate Medical Sciences. 2. Kiehinev.

L E PTEOR , I . 0 .
F is tul a
Surgical the r any iDf br on chial 'i2ttds-, -~Ccrvii- - ~,r, 11, . 1 . D-l"Akcr-w ; h 11~-,',.Cr , C-- 1 .
Khirurgiia, No.12, 1951
EqDthl - ILI~ft .2f Rus7~ian Llbrfi:~y cf Gorwr-,!,- , March 1"52. UNCLAZ771ED.
a

I-SHNAR, 1.0.. kandidat zeditsinskikh nauk.
Ligation, disection, resection, and suture of the thoracic aorta in
experimental conditions. Zhirurgita, no.11:25-28 1 '53. MU 6:12)
1. Is kafedry operativnoy khirurgii a topogratichaskoy anatomiyey (za-
Yodaytwhchly - sasluzhennyy dayatell nauki pfofessor S.H.Ftabaahov)
11shinevskogo meditainskogo instituta.
(Aorta-surgery)

P-1
LIMM, 1.0., kandidat maditsinakikh nauk
Irasetapannicular areas and surgical zones of the pals. Ortop.
travm.protez. Moskva no.1:90-92 Ja-F '55. (KIRA 8:10)
1. Is kafedr7 operativwy kh1rurgil I topografichaskoy anatonti
(sav.-prof. S.M. Habashow) Ushinevskogo ueditsinskogo Inatituta.
(Rm.
pals, division in zones, surg. a"cts)

LZRM, 1.0.; SHTMMGAS, S.Te.
Case of &typical supratrochanto~ric dislocation of the hip. Ortop.
travm. i protez. no.4:56 JI-Ag 155. (MLRA 8:10)
1. Is khirurgicheskogo otdaleniya (zav.-H.I.Krasillsbchik)
2-y gorodekoy bollnitsy (glavM7 vrach L. Kh.Pinskiy) g. Kishineva
(HIP, dislocations,
supratrochanteric. unusual case)
(DISIMATIONS,
hip, supratrochanteric, unusual case)

LERNER, I.O.,kandidat maditainskikh nauk.
Possibility of an efficient experimental resection of a single remaining
lung. Khirurgila, no-9:71-72 S 155. (MLRA 9:2)
1. Iz kafedry operativnoy khirurgii s topografichookoy anatomiyey
(zqv. -- zaajqstLennyy deyatell nauki prof. S.M. Rubashov)
Kishinevskogo meditsinskogo instituta.
(LUNGS, surg.
exper., economical resection of a single remaining lung)

IJMAXR. 1.0.
[Zonal and secuental resection of the lungs; an experimental
natomical study] ZonalInala I segmentarnala resektalis legIcogo;
natomo-eksperineutallnoe, iseledovanis. lishiney, Gos.izd-vo
:
Holdavit. 1956. 66 p. (KLRA 10:7)
(IUMS--SURGART)

KRAISILISHCHIK, M.I.; LIR*2i, 1.0.
Removing af'k-oloid cyst of the mediastinum. ).'hirurgiis Supplement:
14-15 1576 (MIRA 11:4)
1. Iz khirurgichaskogo otdeleniya 2-7 Gorodskoy bollnitay Kishineva
(glavnyy vrach I.Kh*Pinekiy)
(CYSTS) (NED LAST IIRJH--TUHORS)

TXRWI 1.0.
-- .-.- W, - -
Methods for exposing the upper part of the tibial and the lower
part of the femoral arteries. Ortop., travm. i protez. 18 no.2:
59-60 Mr-Ap 157. (MLELA 10:8)
1. Is 2-y bollnitsy go Kishineva (glavnyy vrach -,L.Kh.Pinakiy)
(ARMI]CS-LIGATURS)

LKRIaCR, 1.0., kand.med.nauk
Topography and exposure of tendon sheathe of flexorsof the first
and fifth fingers, Orlopetram i protex. 18 no.4-'57-58 Jl-lg '57.
(MIRA 11:1)
1. Iz 2-y gorbollnitsy g. Kishineva (glavnyy vrach L.Kh.Pinskiy)
(HARD--SURGERY)

LZRM, 1.09, kand.med.nauk (Kishinev, ul. Shchuseva, d-32)
Topography and exposure of th- radial nerve in the upper arm**
Nov.khir. arldi. no.1:67 Ja-y 158 (MIRA 11:11)
lo Kishinevskaya 2-ya gorodskaya bollnitea.
(RADIAL NERM-SURGIRY)

DeRwyn, 1.0. Kishinev),
Two cases of interstitial pulmonAT7 And medlastinal euphysema
following radical surgery of the lunges Eksper,khIrs 3 no#4:
61-62 JIAg '58 (MIRA 11:9)
(IMMYSINA)
(LUNGS-SURGERT)

V, LERMIR. 1.0., kand. med. nauk.; SMACH, L.A.
I f
Necrosis of the fingers following intra-arterial blood transfusion.
Akunh. I gin- 34 no.6tlO2 H-D 958. (KIRA 12:1)
Ux 2-yigorodskoy bollnitay (glavnyv vrach L.Kh. Pinakly) i 1-go
rodillnogo dome (glavnyv vrach G.Ir. Garanina) Kishinev.
(BLOOD-TRAMSYM ION) (YINGIM-DISMSES)

URNO, 1.0., kand.med.nauk (Kishinev)
Surgio&2 anatos7 of 2Mh nodes of the hilus pulmoals Irw1th sumanry
in Franahle Probl,tub,, 36 no.4t44-49 '53 (MIRA 11:7)
1. 1% Vtoroy gorodokoy bolinitay (glavVy YrAch L.M. Pinakiy)
(OW1. aaat. & histol.
lymph nodes of hilum (Rusl)
(LY9,N HODIC, anatMv end histology,
pulm. hilum (Hue))

4W~j,JAQtj GRIGORIYEVA, N.P'~
Case of papillary cystadenoma of the thyrotid gland. Khirurgiia 35
no. 11:217 N 159. (THYROID GLAIM-TUMORS) (MIRA 14:1)

GRIGORIYMVA, N.P.; TJIWJRI. -1-.0. 1--
Foreign bodies in the stomch. Nov. khir. arkh. no.2:133-134 Xr-Ap
'59. (MIRA 12:7)
1. ReaDublikanakiy onkologicheakiy dispanser Kishineva i 2-ya
gorodskaya bollnitsa.
(BZZOAR)

KRASILISHGHIK, M.I. [deceased];, LMUM, 1.0.
Pbtentiated anesthesia and anesthesia vith lytic mixture.
Zdravookhranenie 2 no.6-.42-44 N-D 159. (MIRA 1316)
1. 1z 2-y bollnltsy g. Kishineva (glavW vrach L.Kh. Pinskly)
(ARESTHISrA)

GAMARNIKp M.N.; GRINBERG9 I.M.; LERNER, 1.0.; SF14ULLTIOlis P.I.
Retropneumoperi'toneum,, Zdravookhranenie 4 no. 1:27-30 Ja-F 161.
(MIRA 14:2)
1, Iz I-oy bollnitsy g. Belitay (glavnyy vrach - L.Ya. Marmor) i
2-oy bollnitay g*Kishineva (glavnyy vrach - L.Kh. Pinskiy).
(PNEUMOPERITONEUM, ARTIFICIAL)

E
~UOERt 1.0.; GRIGOROY--VAp N.P.
Riedel's struma. Zdravookhranenie 4 no. 2:54-55 My-Ap 161.
(MM' , 14:4)
1. Iz 2-y gorodakoy bollnitay g. Kishineva (glavnyy vrach L.Kh.
Pinskiy) i Respublikanskogo onkodispansera (glavnyy vrach G.B.
Khonelidze).
(GOITER)

TARM, I.P., 410teent
I- AM,-
(C%P.'lllni=call"roontganologic classification of nonspecific pusumosclerosis
Vrach.delo no.2:145-150 P 156. (MISA 9:7)
1. Ufodra terapit I (isveduyushchiy professor A.B.Berlyand
rdecoase'd] Xlyevskogo insituta usoverabonstvovaniya vrachey.
(LUNGS--DISBASES)

USSR/Humn ai-A Animal Physiolua (Nori;ial and Patholof;ical) T
The Effect of Phycical Factors. Ionizin,i Irradiation
Abs Jour : Ref Zhur Biol.) No 6, 1959) 27195
Author : Lerner, IsF.) Shevel') B,G..
List Kiev Institute for the Advanced training of Physicians
Title Case of rolycytheriia ) Complicated by Radiation Injury
of Vessels.
Oria Pub Sb. nauchn. rabot po radiol. i reatGenol. Kiyevsk. in-t
usoversh. vrachey. Kiyev) 1957, 207-211
Abstract No abstract.
Card 1/1
- 172 -

IBSP / Thiman and Ani=1 Ph"10109Y- Blood Circulation. T-4
Abs Jour Rof Zhur - Biologiya, No 1, 1959, No- 3404
Author Lorner, I. P.
MIE~ia`n-Tc-rfttific Research Institute of Clinical
Inst
Mdicine
Title Differential Diagnosis of Tuborculous and Rheumatic
Pericarditis
Crig Pub Materialy po obmenu nauchn. infom.'Ukr. n.-i- In-t
kl1n1ch. maditsiny, 1957, VYP- 1, 101-103
Abstract No abstract given
Card 1/1

LERM. I,e,, dotnent, 1'.r.
tome cliniaal anpects of aeptic endoenrditia tent&. Vrach.dalo na.6
58.3-599 Je '58 (MMA 11:7)
1. Kafedra terapli (sav, - profs D.Ve Chebotarev) Kiymvslogo
inelituta usovershenstvoyantya vrechey I Obleatuya klinichaRkeya
billniteas,
(EMX)CARDITIS)

I.P., dotsent; ZAGORODSKATA, 14.14. (Kiyev)
Clinical roent&mnological characteristics of chronic cor
pulmonale. Ilin.med. 37 n6.4:100-107 Ap '59. (HIRk 12:6)
1. Iz pervoy torapevticheakoy kafedry (zav. - prof.D.F.
Chqbotarev) i kafedry rentgenologii (zav. - prof.A.T(t.
RuIALahova) Kiyevskogo instituta usovershenstvovaniVa
vrachey (dlr. - doteent V.D.Bratne').
(FM40WT HWT DISEASMS diag
clin*. & x-ray manife'st. 7 chronic cor
pilmonale (Rus))

LWaM, I.P., dotsent; BIRUSILOVSKIT, Te.S., Icand.med.nauk
Sj5gren's syndrome (Odry syndromew)o Trach.delo no.6:583-
587 is '6o. (KIRA 13:7)
1. lafedra terapil III (zav. - dotsent I.P. Lerner) Kiyevokogo
Institute. uscyversbenstvovaniya vraohey.
(COLIAGU DISFASES)

LmEaf I.F4, dotsent; BRUSILOVSKIY, Ye.S.
Place of oosinophilic rhinitis in the clinical aspects of allergic
diseases. Zhur. ush., noa. i gorl. tol. 21 no.2:34-39 Mr-Ap 161.
OU FIA 14: 6)
1. Kafedra terapii III Kiyevskogo instituta usoverghonstvovaniya
vrachey. (ALLERGY) (NOSE--DISMES) (EOSINOPHILES)

I.P., dotnent; ANDRUSHC','L~.NKO, Y0.V.1 kand.mcd.nnuk
Treatment of chronic cor pulmonale with cardiac glycoside aerosols.
Vrach. delo no.5:22-25 MY 161. (YMU 3.4.9)
2. Kafedra terapii III (zav. - dotsent I.P.1,erner) Kiyevskogo
instituta, usovershenstvovaniya ~rachey.
(PULMONARY HEART DISEASES) (AEROSOLS)
(CARDIAC GLYCOSIDES)

LZMER) I.P.; BRUSILOVSKIY, Ye.S.
Felty's syndrome. Nov. khir. arkh. no-5:104-106 S-0 160.
.(XIU 14: 12)
1. Kafedra terapii III (zav. - dotsent I.P.Lerner) Kiyavako,7o
instituta usoverohenstvovaniya vrachey.
(ARTHRITIS I IMMATOID)
W1,
Rj_ I..P. dotsent yev., ul.,*Ovrucha!caya.. d.6p kv.1); SIDORMIKO, Ye.N.,,
assistent
Treatment of multiple thrombomaboliom. Nov. khir. arkh. no.9:70-
7i S 161. (MIRA 14-10)
1. Kafedra terapii III (zav. - dotsent I.P.Lernor) Kiyevskogo inatituta
usovershenstvovaniya vrachey.
(THiOl-MOSIS) (ANTICOAGULANTS (MEDIGM

MORDZKIN, Nikolay Ivanovich, prof.; LERNER, I.P., red.; POTOTSKAYA,
L.A., tekhn. red.
(Influenzal pneumonia; its clinical aspects and treatment]
Grippoznaia pnevmoniia; klinika i lechenie. Killv, Gosmediz-
dat USSR, 1962. 77 p. (MIRA 16:1)
1. Chlen-korrospondent Akademii meditsinskikh nauk SSSR (for
morozkin).
(INFLUENZA) (PNEUMONIA)

LERIER I.F.; SHEYNISj M.I.; BRUSILOVSKIY, Ye.S.; SIDOMMO, Ye.11.
Clinical and morphological characteristics of peptic ulcer in
chronic cor pulmomle. Vrach. delo no.2:30-34 F 162. (MIRA 15:3)
1. Kafedra terapii III (zav. - dotsent. I.P. Lerner) Kiyevskogo
instituta. usovershenstvovaniya vrachey i patologoanatomichaskoye
otdeleni.7a, (zav. - dotsent M.I. Sheynia) gorodskoy klinicheekoy
bollnitsy Shevchenk.ovskogo rayons, g. Kiyeva.
(PEPrIC ULCER)
(FULMONART HEART DISEAS

LERNER, I.P., dotsent; TSYGANOV, A.I., kand.med.nauk
------------------------
Time and diseases. Zhur.ush., nosA gorl.bol. 21 no.6:5-9 11--L 161.
(MIRA 15.11)
1. 1z kafedry terapii III (Oav. - zasluzhennyy deyatell nauki
prof. A.I.Kolomiychenko) KlVevskogo instituta usovershenstvovaniya
vrachey.
(MEDICINE)

IEFdUR, I.P.,, dotsent; MMLICI-1, A.].%; AIMUSHC101KO, Ye.V., kand.med.nauk.
Mood eosinophilla i some diseases of the digestive organs.
Vrach* delo no69:133-135 5163. (MM 16:10)
1. Kafedra terapil. (zav. - dotsent I.P.lAmer) III Kiyevskogo,
instituta usovershenstvovaniya vrachey.
(EOSII',CPIIIIS) (DIGESTIVE ORGAITS-DISEASES)

AUDULEV, K.K.; LERNER, I.P.; PRUDNIKOVA, R.V.
P)qsiological role and insufficiency of the reserve
capacity of the venaun canal of the lesser circulation.
Vrach. delo no.10:28-31 0 163, (MIRA 17:2)
1. Kiyevskiy institut usovershenstvovaniya vrachey.

-LEMER, II.P.
Allergic (eosinophilic) lung diseases. Veatn. fkad. med. nauk
SSSK 18 no-4156-63 '63 (MIRA 17W
1. Kafedra terapii III Kiyevskogo instituta usovershenstvov-a-
niya vrachey.

LERNER, I.P.
Paraspecifir reacti.-.nr; In allergis prcces-ses. ."*ov.:,-4d. 28 no.7:44-49
Jl 165, (MIRA 18:8)
1. Klyevskiy InStitUt LISOVershenstvovanlya vrachey.

LEIOER, Janos, 4r.
Legal pects of qualIfying rwd material receptions and
the orranizational deveilofnent of arranging quAlity din-
putee. Elelm Ipar 17 no.9;284r287 S 163.
1. Elelmezeaugyi Miniazterium.

YOYGELI, G.A.; LNIUIR, Kh.S.; ROK&NYUK. H.S.
---- ------.
Method of drying plasma in bottles. Probl.genat. i perel.krovi
4 no-3:61 Mr '59. (MIRL 12:6)
1. Iz Odesskoy oblastnoy stantaii perelivaniya krovi (dir.
H.S.Romanyuk).
(PIASM&
method of drying in bottles (Rua))

LERNER, Ki-,,S,i ROMAN-fliK, fl.f.; Lll"NEVSKAYA
Ua,; of A. I I, F'~ Is ',-n (I zf~,,~ f
RA 17: 10)
ot'lw3triap. stant-lya psre.'O-vanlya krovi i kaffedra n,-rvnykY,
boiazney 'AiessKogo medlt3-'n3koi!..) i~,.iti~,Uta~

8(3) SOV/ 112-59 -3-4758
Translation from: Referativnyy zhurnal. Elekt:.-rtek~Lnil-a, 1959, Nr 3, p 62 (USSR)
AUTHOR: Lerner, L.
TITLE: Optimum Operating Conditlr,~is for Loag 400-k-v Transmission Lines
(1%Taivygodneyshiye =ezhimy raboty prat,ra.zttenny;-h LEP 400 kv)
PERIODICAL: Sb. mauch-no-iPaled. rabot stud. Elektrameklia-1. fak. Leningr.
polftekh-n. in-t, 1958, Nr 3, pp 31-45
ABSTRACT: The cco-ad4tIons are analyzed u-de.-- w),ich the voltage dron along a
400-kv transmist3ion line would be expedient -Al compared t:) the no-drop
conditions. If the reactive T)ower is available at the step.-up substation and is
deficient at t'-'Le receiving end, tha cost o--' energ-7 loas over a specified period
should be compared with the cost of compensating eqtipment and the losses
therein. The advantage of voltage-d-Z-op opera-tion. ca-za be judged from the
,5S0 - kv) ;/~' To, where b ia th- specific investment in
formula b/( r
syncl=oncus ccTdezisere (per unit povier), k ia the anntiall cliargq on tile
Gard 1 IZ

8(3)
SOV/ 112-59 -3-4758
Optimum Operating Conditions for Long 400-kv Transmission Lines
investment, Sw is the specific annual energy-loss saving (per unit of
synchronous -condenser capacity) in kwh, P is the cost of one kwh, To is the
depreciation time period accepted.
1. M. R.
Card Z/2

LERnR, L.; TOLCHIRSKIY, I.
Now conveyers. boy. torg 33 no-10:5P--60 0 '59.
(MIRA 13:1)
(Conve71ng machinery)

LMUMI L.; TOLCHINSKIT, I.
- A butter cutting machine. Sov. torg. 33 no.11:56-58 N '59.
(MRA 13:2)
(Butter trade--Equipment and supplies)

- LERNER, L.; TOLCHOSKIT, I.
A now accumulator cart with a lifting platform. Sov.torg.
33 no.1:43-44 -Ja 16o. OCRA l3t4)
(Fork lift trucks)

IAIMAU, L.; IMUM. L.
Machine for packaging potatoes. Sov.torg. 33 no.6;76-78 Je 160.
(MM 13:7)
(Potatoes--Marketing)

LWXR, L., insh.
Truck for collecting tableware. Obahchostv.pit. no.5:36 My 160.
(MIRA 13:10)
(Restaurants, lunchrooms, etc.-ADquipment and supplies)

S/032/62/028/006/012/025
B101/B138
AUTHORS1 Ginzburg, V. L., Glukhovetskaya, N. P., and Lerner, L. A.
TITLEs Increasing the sensitivity of the spectral determination of
impurities in selenium
?ERIODICAL: Zavodskaya laboratoriya, v. 28, no. 6, 1962, 682 - 684
T---'XT: By adding NaCl (ionization potential V 5.1 ev), the V of
C. i eff
the are plasma may be controlled in such a way that the sensitivity of the
impurity determination is increased considerably. Calibration curves AS
against log C were plotted for selenium samples with impurity standards in
the presence of carbon powder containing various NaCl additions in the
counterelectrode. The dependence of the intensity of the spectral lines
on Vi eff a, determined. V i eff 7 - 8 ev, achieved by carbon powder
with 1~o Ila (- 2.5~4 NaCl), was the optimum. The sensitivity increase
results from the ratio AC - C without NaCl /C NaCl' For the elements ,
investigated, the following 6C values were founds Te 0.46; Eg 0.20; As
0-50; Cd 0-30; Mg 5.0; Ni 2.21 Al 5-5; Au 5-0; Pb 4.0; Bi 2.5; Cu 5-OlTi 54;
Card 1/2

S/032/62/028/006/012/025
Increasing the sensitivity ... B101/B138
Sb 1.0. The brightness of the Cd, Hg, Te, and As lines is not increased
when reducing the selenium arc temperature because of the high ionization
potential of these elements (Vi> 8.6 ev). There are 2 figures and I table..
ASSOCIATION& Institut, obshchey i neorganicheskoy khimii im. N. S. Kurnakova,
Akademii nauk SSSR (institute of General and Inorganic
Chemistry imeni N. S. Kurnakov of the Academy of Sciences
TJSSR)
Card 2/2

GISZBURG, V.L.; GLUNHOVIMIATA, N,?.; LERNER,, L'A.
Fluorination of samples In spectrAl analysis. Zav. lab. 29
no.6t684-685 163. (MIU 16:6)
1. Institut obehobey i neorganichaskay khimii imeni N.S.
Kurnakova AN SSSR.
(Spectrum analysis) (Fluorination)

L_ 1IM6-65 Etir,(I)/EWP(e)/E-lr(=)/EPF('o)/EPF(n)-2/EPR/EWP(t)/F-'.IP(b) ~r-4/Ps~4/
P~1-4 :-AWFL/S~D &UW/JD/WW/JG/AT/WH
... ACCESS-1011-, HR,t___AP,4_044'89-6 il-60 3 i i6j_6_0 -9/7j6 -si-A-4 8-"4-'
AUTHORS.) Qlukhov%takaya,_ -N#--?* I Lerner.. Lo A,
TITLES Spectroche.mical determination of impurities in boron
2_7
SOURCES Zav*40-sya taboratoriya# V* 309 no, go L9640 1092-084
TOPIC TAGS: b*rono high purity borong amorphous boron, crystalline'
boron, boron spectro-e-Wei-milcial-analysiog impurity determination
ABSTRACT: A spectrochemical m'ethod for analyzing high-purity amor-
phous or crystalline boron is describedo The method comprises two
consecutive steps. In the first# chemLcalg step, impurities are aad~l
centrated by simultaneously oxidizing boron and distilling off boron
oxide formed in a water vapor stream at 500C for the amorphous or I
600-650C for the crystalline form. T apparatus for oxidizing and
removing boron la described, __qS&p41teXo&ts were found to be the
suitable for carrying out this operatL Other boat materials tested-
were quartzq boron H-Callov Corundum, and copper, Oxygen
ti
alternating vith,water vapor may alsore used for oxidation of &nor-
phous boron# The residual concentrate of lupucLtLee is collected in
Card 1/2

---------- -
JACCESStON RRit AP4044896
lad=Lxed graphite or,,bett~er, nickel powder (spectrothemLeal grade) sai
IsubmLtted for emission spectroscopic analysis by the COST 6012-51-ii-Li-1-
standard method. Sensitivity of the latter is.10-'-5 x 10-4Z. The
overall sensitLvLty of Impurity datermLn&tLon Is 10 or more times
higher by the method described then by the previously used spectco-
SP-0 Lemethod without boron removal (sensitivity of the latter method
lp
was 4-6'x 107 Z at best)o Origo atto bast I figures
ASSOCIATIONs ta#titut obshchey I neorgaciicheskoy khimLi imo No go
Kurnakova Akademit mauk SSSR (Institute of Ceserst and Inorganic
I
lChemistrys Academy.of ScLencesi�SSR)
SUBHITTEDt 00, ATD pREss, -3114 ENCLt 00
:SUB CODE: IC ac 90 REP SOVI 002 OTH81t 004
6M V2;

DMiD, lzrall' Alf'oOrtovich; 1,1EALIR, Div Grzlj7~or,lyev,'~,h a.~ i i r j.-, t
~Y, A R 07 5k,7 Y,
BAKF'J,UjV, Yurly Ale kseyovl ch., kand. Lekhri naUkp d cl:~,ml~
Use of digital computers in the deuign of elucturic ;,-,achinevy and
apparatus. lzv.vyS.ucheb.zav.; elektroinekh. 7 64.
(AMA 18:2)
3. Nacbaltnik vycbislitellnogo tsentra firmy ChKD Nesko-mir4vska-
Kolden-Danekl, Praga (for Brand). 2. Instltut eleltromekhaniki
Gosudarstvennogo komiteta po elektxotekhrilke jrl I'looplane SSSR
(for Lerner). 3. ZamestLtell nachallalka ravclietnugo ot-dolA
T'Sentrallnogo konstruktorskogo byuro ~rupnykh elekt,-iche:;klkh
mashin pe,-,3mennogo toka Goo An rs tvennogo komiteta pu clek~rot,~khnike
pri Gosplane SSSR (for M;akarovskiy). 4. Nachalllik laboratcrit
schatnorei'llayushchikh ustroystv Leningradakogo fili4la Vze.3orizno 0
nauclinc-issledovatellskogo instituta elektromekhaniki (for Siv]
5. Kafedra elektricheqkikh mashin, apparatov, matemati che ski kh i
ochatnoreshuyushchikh priborov i ustroystv llovocher~lw.--~Ikogc
polltekhrilcheikogo instituta (for F3akhvalov),

FUYFELID, E.Ye., toladshiy nauchnyy 80trudnik; LKWER, L.K.
Limestone :from the Iz7um deposits as agrregate for concretes. Sbor.
trud. IUZHIIII no.2:51-53 159. (MIRA 13:9)
1. Yuzhnyy uauchno-issledovatellskiy institut po stroitellstvu.
(Limestone)

ZITMII, V.14., inzh.; LMM, ___ L. K. , tekhnik
Silica-brick with narl additivee. Sbor. trud. IUZH;;Il no.2:58-61
159. (MM 13:9)
1. Tuzhny7 nauchno-isaledovateliskiy institut po stroitelletvu.
(Brick)

VARSHAVSKIYO A.M.v kand. tekhn. nauk; ELITERHAN,, L.M.; LERNER,, L.K.
Coupling of high-voltage cab-tire cablee. Met. i gornorud.
pram. no.4:76-77 JI-Ag 165. (MIRA 18tIO)

SERKOVA, Zinaida Vesillyevna; LERNER, Lyudmila Konstantinovna;
LYAKHOVICH, Ionif Abramovich; YUKHIN, VAktor
Zakharovi.ch; POIAJbNEVA, V.I., inzh., red.
(Manufacturing panels for series 1-468r apartment
houses of dense and cellular lime concrete; practices
of the Ki.Aryazh Silica Brick Plant and the Uo.3 Re-
inforced Concrete Structural Element Plant] Proizvod-
stvo panelei domov serii 1-468r iz plotnogo i. iacheisto-
go silikatnogo betona; opyt Kuriazhskogo zavoda silikat-
nogo kirpicha i zavoda zhelezobetoraVkh konstruktsii
no.3 (Kharlkovskaia oblast'). Moskva, Gosstroiizdat,
1963. 28 p. (MIRA 17:3)
1. Akademiya stroitel'stva, i arkhitektury SSSH. Nauchno-
issledovatel'skiy institut organizatsii, mokhanizatsii i
tekhnicheskoy pomoshchi stroitel'stvu. 2. Rukovoditell
laboratorii silikatnykh materialov Yuzhnogo nauchno-
issledovatellskogo instituta promyshlonnogo stroitel'stva
Gosstroya SSSR (for Serkova). 3. Rukovoditell gruppy labo-
ratorii silikatnykh materialov Yuzhnogo nauchno-issledova-
tel'skogo instituta Dromyshlennogo stroitellstva Gosstroya
SSSR (foi Lerner ). 4. Glavnyy inzhener zavoda zhelezo-
betonnykh konotruktsii No.3 (for Mukhin). 5. Glavnyy tekh-
nolog laboratorii silikatnykh materialov Yuzhnogo
nauchno-issledovatellskogo institute. promyshlennogo
stroitellstva Gosstroya SSSR (for Lyakhovich).

UMER L.S.; TERESHCHOKOV, A.A.; KOCMYSHKB, I.K.; NEVSKI7, Ye.V.,
-- t!t-- -
nauobM7 red.j KONTSEVAYA, S.M., red.1 PEREDEM, S.F., tekhn.
red.
[Organization and methodology of work in electrical engireering
laboratories] Organizataiia i metodika laboratorrqkh rabot po
elaktrotekbnike. Moskvap Vass. ucbabno-pedagog. izd-vo Prof-
tekbizdat, 1961. 109 p. (KIRA 3.43 8)
(Electric engineering-Laboratory manuals)

T
K C

L 064ho-67 E7.-Ir (.-n)/E7dP W/ET IIJP(c) JD
AP60-267-1-9 - SOURC.3-- CODS: -- URIO
ACC NR: !81/661()081008/249412496
'UTHOR: Tyapunina, N. A.; Shaskol'skaya, M. P.; Lerner, M. D.
0,401; Mloscow State University in. 11. V. Lomonosov, (:~oskovskiy gosudarstvonnyy unqvor-
sitet); Moscow Institute of steel anti Alloys (iloskovskiy institut stalt I splavov)
TIT1,101 Change in tho photosensitivity of ailvor chloride crystals under th.-) influnnco,
of high-frequency vibration and dependence of Internal friction on prior 11111minationi
of the cr-
y atal
SOURCES Fizika tverdogo tola, v. 8, no. 81 19(61 2494-2496
TOAUC TAGSt silver chloride, ph9tosonsitivity, hf vibration, Internal frAction
ABSTRACT: ArOl single crjstals' in glass xnponlns w,)rF3 siibjncted to 1om:itxvUnal
vibrat-fo-ns- in-a--i~T66nancn oscillaLar at a frentioncy of -160 kc. 'Ilro ;,:ipli-
-. (,, -
tude of relative deformation was varied f rom - 0. 5 to -?,0 T i
strosses during the wilbration did not oxcond tht? yi,31(3 stress o f ', F Cl .it'wras notod
that if the anpoule was riot protecterl from dayllqht, the colors 0.~ the crys',~711S r,'Irk-
oned. This Incrgased photosonsitivity porsist(,d al'tor the) vilor4ition wz~f-
FoUo-wing the action of light, "he Internal friction not only d()crqas---d In
out its doi)(ind-inco on the deformation amAlt.013 chanred. It is conc1ieord t1hat, I-et
Photosensitivity or AgG1 crystaln incrq4,F1qs if they a-e -mi1)joctod tu h1jh-,rnq-,1rjn('y
vibration, and that prior Illumination of thr) vrystals affocts the int~3rnikl friction.
Card 1/2

ACC NR, A?6026719
Orig. art. hass 2 figuras.
SUB CODSt 20/ SUBM DATLI IPFeb(,,6/ ORIG MFI 00-1/ Ofil ll~;Fj 001
2/2
Crd

LERNER, M.
Metallic constructions joined by soldering. P. 506.
REVISTI CAIL(R FERATE. (Caile Ferate Romine) Bucuresti, Iqwnwit%q
Vol. ?, no. 9, 313pt. 1959.
2~,bnthly list of East European Accessions (EEAI) LC Vol. 9, no. 2, Feb. 1960
Uncl.

BUTOM&, Me.; SOKOW)V, P.A.; BALATEV, D.N.; SERGHM, N.M.; SHURSICIT, K.A.;
TYAPKIN, 14.Ta.; SHIRY)V, V.A.: PIROGOV, N.I.; YBDOROV, N.A.;
GOLTASHKIN, G.S.; K011411H, A.P.; AXMIRICHNY, V.P.-brigadir; GORBINKO,
T9.14.; BYSTREVSKIY. L.M., inzh.; STEPANOV, P.S., brigadir; U9, I.S..
brigadir-sudoaborshchik, deputat Vorkhovnogo Soveta SSSR; UST1113V,
P.D., alaaarl-Bborabcbik: FINOGENOVA, N.Ya., tokar; URNER, M._-_
ATZKSKOV, R.Ye.; SIVUfJT1N, K., starahiy master: OSTAPITEV, A.I.;
TROYIIUV, B.A., inzh.; YOVffZIIKIhT, V.P.. inzh.: MOISMY, A.A. , prof.,,
GOLUBEV, N.V.: HDGILEVICIT, V.I.; 1%'1WRrUTI11, V.I.: ANDRITEVSKIT, H.I.:
MATSUVICH, V.D., dots.
Shipbuilders prepare for the 2lat Extraordimry Congress of the CPSU.
Sudostroante 25 no.1:1-25 Ja 159. (MIRA 12:3)
1. Pradeedatell Gosudarqtvennogo komitata Sovota Hinistrov SSSR po
sudostroyeni7u, ministr SSSR (for Butoma). 2. Hachal'n1k upravlenlya
sudogtroitnllnoy prom7shlonnosti Lennovnarkhoza (for SokxIov).
3. Diroktor Baltiyaknga sudostroitAl'nOgO zavoda in. S.Ordzhonikidze
(for Balayev). 4. Hachallniki taoVbov Baltiynkngo audoatroitel'nogo
zavods in. S. Ordzhnnll-idzn (for Sergiriev, Shunskly). 5. Nachallnik
maichanicheskogo tackha Baltlynkngo audoatroitel'nngo zavoda im. S.
Ordzhonikidze (for Tyapkin). (Contintiol nn next cnrd)

BUTOMA, B.Ya.-(continusi) Card 2.
6. Brigada konrTunisticbeskogo truda Baltlyukogo nudontroitollnogo
zavoda In, S, Ordzhonikidzn (for Smirnnv). 7. Glavnyv inzhftnnr Admiraltny-
skogo suinstroltellnogn zavoda, Leningrad (for Pirogov). B. GlnvW
inzhener audostroitellnogo zavoda im. A.A. Zhdanova (for Fedorov).
9. Ilachal'nil, elpl-trodnogo tankha Sudoctroitellnogo cavada in. A.A.
Zhdanova (for Golyashkin). 10. Nachal'nik tsekha ko-irrinisticheakogo
truda nudontroitellnogo zavoda In. A.A. Zhdanova (for Knz'min).
11. Mialyart*7 tankh sudoatroltollnogo zavoda in. A.A. Zhdanova (for
Akullnichev). 12. GlavTVy inzhener Nikolayevskogo sudoetroitnllnogo
zavnda in. I.I. Nosenko (for Gorbnnkv)jj,llIknluynvRkiy sudostroitallrWy
zavod im. I.I. flosenko (for Bystrevatay, Us, Ustinov. Finogenova).
14. Slodarno-aborochnnya brigada Nikolayevskogo audoetrnitellnogo
zavoda In. I.1. lloaenko (for Stepanov). 15.- Zamestitol'nachallnika
konatruktorskogo byuro sudostroitnl'nogo zavoda "Krannoye Sormovo"
(for Lerner). 16. Glavnyy konntruktor konstruktorskogo byuro sudo-
storitnllnogo zavoda "Krasnoys Sormovo" (for Aleksayev). 17. Sudo-
stroitellw zavod "Krasnoye Sormovo" (for Sivukhin). 11. Direktor
andostroltellnngo zavod "Leninskaya kuznItuall (for Ostaflyev).
19, Sol-retarl partkoma TSentrallnngn nauchno-issledovatel'skago
iAntituta (for Trofiriov). (Contimied on next card)

BTJTOYAf.B.Te.--(eontimied) Card 3-
20. Predsedatell Laningradgkogo oblastnogo pravleniya Hauchno-tekhniche-
okqgo otdola audostroitel'noy promyshlennosti (for MoiseYev). 21. Glav-
rWye inzhenery Konstruktnrakogo byuro (for Golubev, Andr7utia).
22. Glavi*7 kronstruktor Kona trukto rskogo byuro (for Mogilevich).
23. Naeballnik TSentrallnogo tekhniko-k-onatruktorskogo byuro (for
Andriyevskly). 24. Zameatitel' direktora Laningraaskogo korable-
stroltellnogo iniftituta po uchobnoy chnati (for Matakevich).
(Shipbuilding)

LRWM, M.
1111,11,11wil
let's regulate the records of botes and containers. Soy. torg. -34
no.10:38-39 0 160. (MM 13:10)
1. Hachallnik planovogo otdela gortorga, g.Berezniki.
(Containers)

ZAYTSEV, V.; LERNER, M.; GUREYEV, A.; ZABRYANSHY, Ye.; HTSKIY, E.
Hew antiknock compound for gasolines. Avt.tranap. 40 no-1:17-19
ja 162. (MIRA 15:1)
(Gasoline--Antiknock and antiknock mixtures)

Imim., M.1 kand. ItIlin. nauk
Sky troubleo of the airaculous chazintry. han. ta pratsia
no.2t7-8 7 163. (MIRA 1614)
(Metals at higb temperatures)

Dies (Metalworkinv)
Lowerim- the cor~t of Torf. r, 1-. 2~1, no.
Monthly List of Russinn A(,-res:-,io- Libr-try of'

ISRNER. M.I.
----
The ZGS-100 grain loader. Biul.takh.,-ekon.infom.Gco.nauch.-isul,
inst-nauch.i takh.inform. no.9:58-59 162. (KTRA 15:9)
(Grain-handling machinery)

AUTHORS: uorbacheva, 1. If., -Lerner, 79-12-,5/43
Zapesochnaya, G. G., Varn-;ikov4, L. P.,
Preobrazhenskiy, X. A.
TITLE: Inve3tigations in the Field of the Synthesis of the
Alkaloid Marnolamine (I3sledovaniye Y oblasti sinteza alka'-Qida
Magnolamina)-
PERIODICAL: Zhurnal Obshchey Khimii, 1957, Vol. 27, lir 12,
PP. 20353-3357 (USSR)
ABSTRACT: On the basis of the investigations conducted by the
authors, the formula I was proposed for maj;nolamine in thi.3
paper. By a complete syntheiis it was possible to establish
the structure of this alkaloid definetively. In the present
investilgation it was succeded to produce the basic inter-
mediate product of the synthesis Of the Jimethylether of
magnolamine. By means of a condensation of the dichlorine
anhydride of the 3,4 - dimethyloxy - 4,6 - dicarboxymethyl
diphenylether (formula II) with - (3 - methoxy - 4 -
benzyloxy) - phenylethylamine (formula III) the diamide
was obtained (formula IV) the simultaneous closin,~ of the
two iooquinoline ringn lead to the dichloric hydrate of the
Card 112 3,4 - dimethoxy - 4",61 - Cbi - (6 - ml-thoxy - 7 - benzyl-

InvestiCations in thu Field of The 3yxithL3i3 of the ',1ki-.1oid 7 9 - 12 - 155/4
Magnolamine
oxi) dihydro - isoquinolylej - dime thij 1 7,heny 1 et her
(formula V). A furth..?r hydration, a metiqlation and a
removal of the benzyl residua must lead to the dioxymethyl-
ether of the ma6-jnolamine. The 3,4 - dimethoxy - 41,6 -
dicarbox.ymethyldiphenyletlier (formula II) --Ta3 produced by
two methods. The further reaction proces5 is reprQsented
by the formulae VI, VII, VIII, and IX. From this it appears,
that a basic intermediate produ,~t of the 3ynthezis of the
dimethylether of the alkaloid magnolwmine has been synthesized.
There are 6 references, 2 of which are Slavic.
ASSOCIATIO11. Moscow lutitute of Fine Chemical TL-chnology
(Moskovskiy in3tillut tonkoy khimiche,9koy LL;KhrioloLii).
SUBMITTED: August 21, 1956
AVAILABLE: Library of Conj-,reus
Card 212 1. Magnolamine - Synthesis 2. Alkaloids - Synthesis

IMLM, M.M.
Three-phase dynamic forming of anode fall for electrolytic
iondensers. Izv. Yys. ucheb. sav.; energ. 2 no.7:60-68 JTl
'59. (MIRA 13:1)
1,Vsesoywny7 zaochnyy energetichaski7 institut. .
(Alundnum-F-lectrometallurgy)

ISHM, M.M., inzh.
Some problems of three-phaso dynamic forming by altermtIng
current. Izv.vys.uchsb.zav.-. anerg. 2 no.11:67-73 N '59.
(KIRA 13: 4)
1. VoesoyusrVy zaochnyy enorgeticheskiy institut. Predstavlona
kafedroy alektroisolyatsionnoy I kaballnoy tokhniki.
(Ilectraforming)

90)
AUTHORS:
TITLE:
PERIODICAL:
ABSTRACT:
Card 1/3
SOV/143-59-5-5/19
Tareyev, B.M., Doctor of Technical Sciences, Profes-
sor, and Lerner, M.M., Engineer
An Investigation of the Forming Process of Aluminum
Foils for Electrolytic Capacitors by Three-Phase
Power Frequency Current
Izvestiya vyeshikh uchebnykh zavedeniy - Energetika,
1959, Nr 5, PP 36-45 (USSR)
Studying the process of static forming of anode alu-
minum foils by three-phase alternating current will
result in a more complete evaluation of the advantages
of this method, which eventually will find industrial
application. In this paper, the authors consider the
connection between capacitance of the foil sample to
be formed and the linear forming voltage and also
the direct voltage component in the tanks. Figure 1
shows the connection of 3 tanks for three-phase static
forming of foils. The authors discuss the time re-
quired for forming the foils, the final forming cur-
U
rents and the speed of oxide layer formation.
They
V

SOV/143-59-5-5/19
An Investigation of the Forming Process of Aluminum Foils for
Electrolytic Capacitors by Three-Phase Power Frequency Current
compare the quantity of power required for different
formin,-:, methods'. The forming of aluminum foils was
erformed in tanks with stainless steel electrodes
steel lKhl8N9T). The electrolyte consisted of boric
f
acid (100 gr/liter)oand borax (0-5 gr/liter), and had
a temperature of 80 C. As a rule, 60 min were re-
quired for the forming process. Samples of 0.08 mm
thick aluminum foils, 3X5 cm, having a purity of
99-95%, were subjected to forming. The data in Table
1 show that the final currents hardly depend on the
forming voltage with three-phase f . ~; on the
orm1n
average they amount to 1.22 milliamp/cm Experimen-
tal data confirmed that the final current density
does not depend on the voltage. With three-phase
forming the oxide layer is formed faster than with
two-phase forming. If the foil formation is perform-
ed on direct current with the voltage U_ and by three-
phase alternating current with the volt-age Up , with
Card 2/3 the aforementioned electrolyte composition, then a
1'~

SOV/143-59-5-5/19
An Investigation of the Forming Process of Aluminum Foils for
Electrolytic Capacitors by Three-Phase Power Frequency Current
identical capacitance of the foil may be obtained
under the condition Un = U_. The direct voltage com-
ponent UO, during forming-under these consitions, is
equal to half the effective value of the linear volt-
age. In the ultimate case, when the resistance of
the electrolyte is equal to zero, and if the valve
effect of the oxide layer is ideal, UO is equal to the
amplitude of the phase voltage. There are 2 diagrams,
9 graphs, 1 fable and 3 Soviet references. Thiq article vas
S. 0 by L i kabellnoy tekhniki (The Chair of
A g!Aq M~ Be icheskiy institut (All-
Union Correspond,ence Ins.titute of Power Engineering)
A
SUBMITTED: December 28, 1958
Card 3/3

8 (3)
AUTHORS: Taroyev, B. .11., Doctor of Technical
Sciences, Professor, Lerner, It. M.,Ergineer
TITLE: Continuous Alternating Current Oxidation of the Anode Foil of
Electrolytic Condensers (Nepreryvnoye oksidirovaniye peremennym
tokom anodnoy follgi dlya elektroliticheskikh kondeneatorov)
PERIODICAL: Elektrichestvo, 19.59, Nr 6.
. PP 71 -- 76 (ussR)
ABSTRACT: This is an investigation of the continuous-band-motion oxida--
tion of anode foil bands with single-, two-, and three-phase
a.c. A counterconnection of the baths appears to be most con-
venient. The utilization of troughs of conventional construc-
tion for a.c. oxidation is possible only if the troughs are
made of oxidation-resistant material, (as, for example, stain-
less steel 1Kh18Nc'j*). The highest operational stability durine
oxidation is achieved if one foil is pulled through counter-
connected baths (as shown in figure 3b). With respect to an
equal load distribution on the transformers a three-phase ox.-
idation is very interesting. It gives, similar as a two-phase
oxidation, an oxide layer of high quality. The oxidation of
anode foils by continuous band motion by mi!ans of a.c. and
Card 1/2 counterconnected bathe avoids the rectificatior of the a.c.

Continuous Alternating Current Oxidation of the SOV/1015-55-6--6/28
Anode Foil of Electrolytic Condensers
and hence the energy losses conneczed with such a transforma-
tion. No short--e:irzuits will occur, if the foil breaka, the
cosfof the installation increases and the output also in-
creases owing to the elimination of polarization at th!~ elec-
troden. There arA 7 figures, I table, and 7 Soviet references.
ASSOCIATION: Vaesoyuznyy zaochnyy anergetinheBkiy institut (All-Union
Correspondenct Insti-Ate :)f Power Rigineering)
SUBMITTED: December 25, 1958
Card 2/2

LERN-ER, M M, , Cand Tecb Sci -- (diss) I'DynaiAc of' anode foil
-nati-nF, current . (-ojcc-w, 1%,,;.
for elect~ol tic condensors usinF altei I I
y %
10 PD; (1,7inistry of Hi-her and Second.ary Speciali~--t Education
Foscow Crder of Lenin Power Inst); 2',-,G copies; price riot -liver.; (F.L,,
21-60, 124)

S/', ()YO-2/000/004/1 C)2/113.'
D20 1 :)3 01;~
J'WThOR: Lerner, N. !,'I.
TITLE The eff ectiveness of char.6,inG over to ,C f ormir ur, o.f
the anode foil of electrolytic ca,,aci'~ors
PERIODICAL: Referativriyy zhL=al, Av-.or..-atika i
no. 4, 1962, ab.,izract 4-7-273r (Sb. -~r. nauc*.,--.o-_
tekhn. o-vo radio tekhn. i elektrosvyazi in. A.
Popova, 1960, no. 1, 147-156)
TEXT: The basic drawback of DC forinino* are: 1' A 7ow ef-*;c-;encY
of the AC to DC conversion installation; 2) frequent cr.--*tical
damping in tanks; 3) electrode polarization sloviin- down fo=-
ing process. The advantages of AC forming are as follGwz: 1) :.'o
current conversion; 2) speeding up of ,re process v,;4n- -~D -,hc ab-
sence of electrode polarIzation; 3) in-C.-ca.30 11 CO-0 C of
J
-the tanks, pr
nstallation, because e s c- r. I na C
fed by the transformers directly; 4 ) 3 1 =,:, 11 c a0 n r, fe G'.': - _-.
plant handling, because the motor genera'~ors are -QP1a0F-'rA ~Iy
Card 1/2

The effectiveness of ...
formers; 5 ) practical elimination of the cri--ical ~Iamn.,J 4-n
eC(Dn,0::.4C
connected in oppozition. The detailed
as applied to a factory producing 20 m.-I.11ion
t-ors a year, shows that the total saving, resultin,,- frr'-..
over from DO to AC is about 3.5 million roublcs, no-,.
consideration the other advantages of the A.C
sibility of continuous control of the for..-,inC,
increase in the tank- output by aPPlying forcecl
mination of pre-forming operation. 5 referenc~:-~-
note: The term 'critical damping', used in -.h,,~ E,., -4.;
sult o-' translating the abbreviation K3 (KZ) -.no
which has no clear meaning to the ab~;-,.racter. may also
tical loadl.-7 Abstracter's note: Comuieie -vrarsIation._,,
Card 2/2

LMLXKR. M.M., insh.
Productivit7 of continuous oxidizing of amde foil for
electric capacitors. Izv.vys.uchob.zav.; energ. 3 no-3:
39-46 Mr 160. (KUU 13:3)
1. Vaesoyuznvy zaochnyy onargeticheskly institut. Predntavlona
kafedroy nlektroizolyatsionnny i Itabollnoy tokbniki.
(Blectric 6pacitors)

TAREYEVI B.M. , daktor takhn.nauky prof.; L~IUER) kand.takhn.nauk
Concerning the replacement of copper with alumimm in the
electric industry. -'-'1ektrichestvo no.10:78-82 0 160. (14M, 14:9)
(Electric ongineering-Materials)

TAREM, B.M.; LIUBR, N.M.
Theory of the unilateral conductivity of an oxide film on aluminum.
Yiz. tver. tela 2 no.10:2487-2492 16o. (MIRA 13:12)
(Films (Chemistry)-Blectric properties)
(Aluminum-Ilectric properties)

'At"
x
413,, 40
AUTHORS: Tareyev, B. M. and Lerner, M. M.
TITLE: The Theory of Unili.teral Conductivity
on Aluminum
PERIODICAL: Fizika tverdogo teLa, 1960, Vol.
8h6oo
S/181/60/002/010/023/051
B019/BO56
of an Oxide Film
2, No. 10, pp. 2487-2492
TEXT; The present theory of unilateral conductivity of oxide films on
aluminum describes satisfactoril3 the behavior of an oxidized sample
immersed in an electrolyte. If, Lowever, the sample is taken out of the
electrolyte, this theory fails ii. the description of a number of its
properties. This theory is especially not developed for electrolytic
capacitors with solid electrolytes. The authors suggest a hypothesis
that holds good for oxide films which are formed in weak electrclytes,
if the former has a positive potential. In this hypothesia it is ansumed
that a p-n- Junction oxiota, which is dootroyed with the formation of tin
n-type semiconductor: 1) by remcving the voltage from the sumple, 2)
by taking.the sample out of the electrolyte, 3) by applying a negative
Card 1/2

84600
The Theory of Unilateral Condu-.tivity of an S/181/60/002/010/023/051
Oxide Film on Aluminum B019/BO56
potential to the sample relative to the electrolyte (in this case the
defecta are in the oxide film)~ On the basis of this hypotheiis suggested
by the authors. it is possible to explain the behavior of oxidized Al-
samples in the following cases: 1) The voltage is removed from a sample
dipped into an electrolyte. 2) A negative potential is applied to the
sample relative to the electrolyte. 3) The sample taken out of the
electrolyte is subjected to the action of various media and temperatures.
4) Onto the sample taken out of the electrolyte. a layer of p-type
semiconductor or cf metal is applied. There are 24 references; 3 Soviet.
11 US, 3 Dutch. 5 German, I Swiss, and 1 French.
SUBMITTED: August 29., 1959
Card 212

GRUBNIK, N.N.; LERURj M.M.j YA14ANOVA, L.V.
Reviev of Y.T.Ranne's bqok '4Electric condensers.* Elektrichestvo
no.105 J& 161. (MIRA .14:4)
(Electrio capacitors) (Renne, VJA

TARE=, B.M., doktor tokhni4auk, prof.; LERhMR, M.m., kand.teldin.nauk
Trends in the devolopmont of al=inun eloctrolytic capacitors
abroad. Elektrichestvo no.5:81-84 MY 161* OMIRA 14:9)'
(Electric capacitors)

s/196/62/000/009/009/018
2114/El84
AUTHORS; Lerner, DI.M., and Tareyev, B.M.
4~-
TITLE: Single phase formation of anodic foil for capacitors
using alternating current
P-ZIRIODICAL: Referativnyy zhurnal, Elektrotelchnika i onergetika,
no.9, 1962, 6, abstract 9 B28. (Tr. vses. zaoch.
energ. in-ta, no.18, 1961, 77-91)
TEXT: Static formation of foil in a sinSle bath directly
connected to an a.c. power supply was considered. Two cases were
analyzed: 1) when the impedance of the foil (Z.t-,l exceeds that
of the bath IZBJ; and 2) when [Z".,, is of the same order of
Magnitude as, or much less than, Case 1 is possible if
the bath is made of a material which is not affected by a.c.
(for instance stainless steel). In this case, a large (reverse)
current flows in the conducting direction of the oxide skin which
is being formed, and more energy is required than when forming
with d.c., or by other a.c. methods, and this, to some extent,
impairs the quality of the oxide film because it is intensively
Card 1/6

T1
Single phase formation of anodic "c/196/62/000/009/009/018
E11VE184
heated during the conducting half cycles. At the same time, tile
voltage utilization factor K, which is the ratio of the
voltage across the oxide film to the total voltage applied to
the 'oath, is high - the whole voltage of tbe source of posver is
applied across the oxide film with the exception of voltage drop
in the electrolyte. Case 2 is possible if the bath is made of
a material susceptible to a.c. (for instance aluminium), and the
~-i.:-:ace area of the bath is about equal to the area of the foil
(,;- is a little less). In case 2, the reverse currents flo-ering
z~'-.;.--ugh the foil are much less than in case I because
Z3 tz- This reducos the a.c. power consumption and the
OX-4cle fild'is of better quality because heating._is less. In
-c-ast; 2, K is much lower, particularly when ~ ZB j > f Z - ', .
Curves are given of capacitance and current as function'of the
ti.me of a.c. or d.c. forming for case 1. The oxide film
formation time counted from the moment when the current and the.
capacity cease to fall is about 15-20 mms for both a.c. and d.c.
11 a.c. the time of passage of ionic currents forming the
oxide film is much loss than the time of application of voltaze,
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EUVE184
while uith d.c. both intervals are the same. With a.c. and a
single bath, the oxide layer forms only during that part of the
half cycle during which the current passes through the foil in
the non-conducting direction for the oxide layer. The ionic
current begins to pass through the oxide layer at an instant urhen
the applied e.m.f. is greater than the back e.m.f. in the oxide
film, which is proportional to its thickness. The authors call
the time of passage of the ionic current L~.t, 'the absolute time
of formation'. Inasmuch as Lt is a function of time of the
a.c. forming period, full absolute time T during all the
poriods can be calculated from the formula:
Et - ~~ , where
T
t Lt dt is the time of formation of the oxide
t
L
layer, T - full period of the forming voltage.
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I
Single phase formation of anodic ... S/196/62/000/009/009/018
E114/E184
If, to a first approximation, it is considered that the time
is linear
At t
then T = 5,111inutes for a-c- conditions compared with 0-0 minutes
for d.c. Therefore, wbilzt a.c. is flowing, the instantaneous
-'Isity of ionic current should be somewhat greater than wish
Comparative curves are given plotting reverse capacitance
voltage for d.c. and a.c. in the range up to 160 vQits
the specimens are of the satite capacitance if the effective
voltage vith a.c. is three quarters of the d.c. voltage (the
forming ta%es place in aqueous solution 100 g/litre boric acid
a-.id 0.5 g/litre borax at a temperature of 80 OC.). In the
second case, film formation was studied with various ratio-q of
foil to bath surface area. It is shown that, as the batli area
is reduced, the consumption of electric current docreasos.
Tho p;:*ob1em of comparing a.p, and d.c. processes is discussed.
A.C. aud d.c. can both be conducted in throe ways: fir~iLly, at
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Single phase formation of allo(liC ... S/l96/62/0C0/009/(;09/OA-?,
F1114/Z184
a constant turrent deiisity; secondly, at constant voltage; ar.6
thirdly, mixed, However, not all these ways are suitable for
comparing a.c. and d.c. processes. In the first way comparison
is difficult because with a.,c. not all of the current i.~; used 1'or
the formation of the oxide layer. It has a considerable
capacitative component, and the reverse current does not forAzi the
oxide at all. It is ii-,ipracticable to utilize the third (mixed)
way for comparison because it partially includes the first way.
The most convenient is the second way - comparison at constitat
forming voltage. The choice of the equivalent voltages for a.c.
and d. c. can be made front the requirements of creating the saine
capacitance of oxide layer - its niost stable and simply meauut-ed
characteristic. In this case, other conditions being equal, t1io
a.c. voltage U is considered eqUivalont to a d.c. voltage U,
if the capacitarico of the samples being compared after formation
is the same. 2 references.
Abstractor's remarks. The detailod analysis of the a.c. mothod
shows that an aluminium bath whoso surface ia much greater titan
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Single phase formation of anodic ... s/iq6/62/000/009/009/01.8
ElIVE184
that of the foil cannot be included in case 1 to the same extent
-;Ls tho a.c. method with a stainless steel bath. Although with
an aluminium bath of extensive surface ZB I"-< j:Z there is
no sharp increase in the reverse current with a.c. under tljer~e
conditions because both the bath and the foil hzwe rectifying
properties. Thus, the bath wid the foil being forr;ied in it
comprise a system of two opposing electrolytic valves. Th-7; a.c.
with one aluminiun bath of extensive surface was further
by the authors and practical confirm"tion was
o6--incd of the possibility of the dynamic formiin,,~ of an o:,,itlle
layer u.sing a.c. in Industrial conditions in one bath, and il
such conditions the oxide layer is of relatively high quality.
FAb-~'I-ractor's note: Complete trnnrlation.
Card 6/6

LERNER,-M..N., kand.tekhn.nauk
Alternating current device for the continuous Oxide coating of anode
foil wed in electrolytic condensers. Jzv*vys~ueheb*zav*; energe 4
noe5t40-45 Yq 161. MRA 14:6)
1. VoesoyumW zaochnyy anorgeticheskiy institut. Predstavlena
kafedroy elektroisolyatsionnoy i kabellnoy telchnild.
(Condensers (Electricity)) (Electrolytic tanks)

TAREJEV, B~M*, dr 4bn, nauka (Tareyev., B.M.] (U.S.S.R.);
IZRIZR~ MoN., kand. tehn. tauka (U.S.S.R.); ILOVAMSKI, Pavle,
Inzo Ltrans.Latorj
Substituting aluminum for copper in electrical engineering.
Elaktroprivroda 15 no,4:170-176 Ap 162.

TAREYEV, B.M., doktor tekhn.nauk, prof.; VMVF,11~ kand.tekhn.naA
Concerning L.L.Odynetst article "Efficiency of using a.c. for
shaping plate foil in the manufacture of electrolytic condensers.
Izv. vys. ucheb. zav.; energ. 5 no.2:112-113 F 62.
(MIRA 15:3)
(Condensers (Electricity))

I-LERNER, M,. kand.tekhn.nauk.
Nonsy=etrical systems for shaping anode foil using alt6rnating current.
Izv, vyoo uchebo zavsj energ. 5 no.9:35-42 S 162. (MIRA 15110)
1. Vaeooyuznyy zaochnyy energeticheskiy institut. Predstavlena
kafedroy elektroizolyjLtsionnoy i kabellnoy tothnikle
(Electri-cal engineering-Materials)

-,.. LtFMR, M. M.-
Regulation of d.c. voltage in transformerless rectifiers. Izv.
AN Us. SSR. Ser. tekh. nauk 7 no.3:25-37 163. (KIRA 10:6)
1. Tashkentskiy elektrotekhnicheskiy ins4tut syyazi.
(Sleetric current ree.tifiers)

LERNER,
Use of a voltage duplication circult In a transformarleAs
rectifier with capacitanca ccmtrol of c~-,rztanl, volta.ve.
AN tIz. SSH. Ser. tekh. na" 7 ro.6,2".-29 163. 27:6~,
1. Tashkentskiy clektroteiihnichesk-!y InsLitut svyaz!.