SCIENTIFIC ABSTRACT LINDORF, L. S. - LINDVAL, R. V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000930010002-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 12, 2001
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

LYNDOITU, L. S.
PNDOM7. L. S.
5~- -
Operation of a synchronoungenerstor In an &~Mhronous syvton
and as a synchronous motor. Atergetik 5 no.5:39-40 My 157.
(Blectric generators) (M12A 10:6)

j,jT,,)r,RF, L.S.
swit(-17 gisetric
*'-~ ~oec ~ng &~mWiod of ing rural
3norgetik 5 no.6
over to parallel oper,)tiOTI orators)
(i,icetric 96n
nower gon,rators
9 J(, 15-7. (MLRA 10:7)
3

L~~INW~., insh. (translator]; BELIXIND, L.D., prof., doktor takhn.neuk.
red.; LXPMINbLATA, Te.Y., red.; TL4UMINA. N.A., tekhn.red.
Unte-rnational electrotechnical vocabulary) Mezhduneroduyi elaktro-
takhnichoskii slovar'. Group 10. [Machines and transformers]
Mashiny i transformatory. Izd.2. Moskva. Gos.izd-vo fiviko-mates.
lit-ry. 1958. 212 p. (MIR1.12:3)
1. World lower Conference. U.S.S.R. National Committee.
(Electric machinery-Dictionarles)

AUTHOR: Lindorf, L.S. 91-58-7-22/27
TITLE: CWo-osine the Type of Brushes for the Slip Rings of an
Asynchronous Motor (Vybor marki shchetok dlya kontakt-
nykh kolets asinkhronnogo dvigatelya).
PERIODICAL: Energetik, 1958v Nr 7, p 37-38 (USSR)
ABSTRACT: M.A. Zayev from Gor,kiy said in his letter to the editor
that the electric motor of the "A-1250-500" type, manufac-
tured by the "Elektrosilall plant, of 6 to 3 kv, 720 kw,
493 rpm wi%h a rotor of 500 amp at 800 v, was equipped by
the manufactijrer with graphite brushes of the "EGA" type,
which were in service for ten years without being replaced.
In 1957, they were replaced by the "G-1" type brushes,which
had to be replaced after 3 months. As the 11SGA11 type
brushes are not available any more, he asks: Can they be
replaced by the "JAG-4" type brushes, and what are the spe-
cific pressures required for the "M0-4" and "G-1" type
brushes. The author answers that the 11MGS11 type brushes
are the best replacement for the "EGA" type brushes. He
gives the characteristics of the 11MGS" type brushes and
explains that the "G-1" type brushes are not appropriate
for operation on the motor of the "A-1250-500" type, the
Card 1/2 permissible current density and peripheral speed of these

91-56-7-22/2-1?
Choosing the Type of Brushes for the Jiip iiirjgs of an Asynchronous Kotor.
brushes being too low. Furthermore, he gives the permis-
sible current density for long operation of the 1,','G-4"
type brushes, as well as the specific pressures for the
"M.G-4" and "111GIS)" type brushes. fie concludes that, if
"MG-4" type brushes are available, they can be t.~-ilized
instead of the "G-l" type brushes, but new orders nhould
mention only brushes oi the "WGS" type.
1. Carbon brushes--Effectiveness 2. Carbon brushes--Selectiori
Card 212

F SOV/94-58-10-17/?O
-A
AUTIHOR: Lindorf,
TITLE: Concerni-nC! -lutomatic Switching of Reserve Supply in the
Presence of Synchronous Motors (K voprosu ob AVR pri
nalichii sinkhronnykh dvigateley)
PEERIODIC!M: Promyshlennaya Energetika 1958, lir 10, PP 38-39 (USSR)
ABSTRACT: .'.n article by Rubtsov and Zarudi on automatic switching
of reserve supply in the presence of synchronous motors
was published in Promysibde-aya. Energetika 1957, Nr 12,
This article proposed a circuit for accelerating
automatic Switchixn,~; of reserve supply in the presence
of large synchronous motors by using in the starting
device a maxirmni voltaE;e relay connected between
correspondin,~5 phases of the voltuge transformers of
the tvfo separately supplied sections. This brief
article criticises the previous article in a number of
re.spects. The conditions for restarting a synchronous
motor after supply interruption are not correctly
stated. Unjustifiable E~,encral conclusions are drawn
from a particular cuse. In f~tct, non-synchronous

1/0
c sswitchin~, of excited generators is perfectly possible
C>
ar and nc-~*~qsyncizono-as rezerve supply switchinE has been

SOV94-58-10-17/?O
Conoernir~r, Automatic Switchin~-, of Reserve Supply in the Presence
of Synchronous Motors
,aidely used by power systems and has improved the
-ion
reliability of supplies. Ministerial instruct
ha2 been issued ubout this point. It is considered
thut t4e field suppression system recomended in the
pr!~vious article is necessary only in special cases.
When re sync hro nis at ion circuits are necessary simpler
ar7,an,L~'ements are usually possible, operated hr exumple
by a ciirrent relay in the stator or rotor circuit after
restoration of supply without praliminury field
s-apyre33ion. Tiaere are 10 literature references all
Soviet.
Card

AUTHOR: Lindorf, L.S. (Engineer) SOV/110-59-1-27/28
TITLE: int nIffflonal Standardisation of Brush Sizes for
Electrical Machines (Mezhdunarodnaya unifikatsiya
razmerov shchetok dlya elektricheskikh mashin)
PERIODICLL: Vestnik glakt~~-,opromysh~Le,-jnosti.1959,Nr 1,pp 78-79(USSR)
ABSTRACT., At the I.B.G,, meeting In Stockholm In July 1958,
technical sub,-,ommittee Nr 2F was set up to make
recommendations about. international standards for brushes
for eleetri4~,al ma(thines. This was done In respect of
brash dimensions tut It was not possible tG unify Inch
and metric dimensions. The main recommendations are
tabulated!,,
There are 1 figarie. 2. table, no references.
SUM= D: September 10, 19.58
Card 1/1

SOV/91-59-3-20/22
AUTHOR: Lindorf, L.S.

TITLE: The Operation of a Synchronous Generator with
Cos (P =1 (Rabota sinkhronnogo generatora s
Cos if =1)
PERIODICAL: Energetik, 1.959, Nr 3, pp 38-39 (US-OR)
ABSTRACT: The article is a reply to Mr. D.S. Devushev, living
at RR Station Siverskaya, Leningradskaya obla*st',
who vxites that a hydrogenerator in his plant, with
nominal characteristics: 250 KVAI 400 V~ 362,z5
Cos V = 0.?, has been operating for a long time irith
power factor 1. i.e. has active power output of 250
KW'. He wants to learn if such an operation is cor-
rect and permissible and how it effects the generator.
The author explains the relation of the power factor
to the output of a generator and concludes that the
e of cos r = 1 is the best way to utilize water
us
'
resources; however, the additional load put on hydro-
Card 112 turbines should be taken into consideration. For

SO'1/91-59-3-20/22
The Operation of a Synchronous Generator with Cos F = 1
further information the author recommends the reading
of a chapter on synchronous generators in any text-
book,, e.g. Electric Machines (Elektricheskiye Mashiny),
by P.S. Sergeyev, 1955, Gosenergoizdat.
Card 212

8 (6)
SOV/91-59-4-21/28
AUTHOR: Lindo~fq.j..'S,., gineer
TITLE: The Operation of Three-Phase Motors With Current From a
Single-Phase Network (Izpollzovaniye trekhfaznykh
dvigateley pri pitanii ot odnofsznoy seti)
PERIODICAL: Energetik, 1959, Nr 4, PP 33 - 35 (USSR)
ABSTRACT: Soviet industry produces a large number of electric tools
and machines which are powered by three-phase electric
motors. The author explains the theoretical premiaes to
operate such motors with single-phase alternating current
and suggests installing capacitors or choke coils,
There are 2 diagrams, 2 graphs and 3 Soviet references.
Card 1/1

8 (6) SOV/91-59-4-24/28
AUTHOR: Lindorfp L. S.
TITLE: The Dependence Between the Direction of Generator Rotation
and Its Cooling by Ventilators Mounted on Its Shaft
(zavisimosts mezhdu napravleniyem vrashcheniya generators,
i okhlazhdeniyem yego ventilyatorami na valu)
PERIODICAL: Energetik, 1959v Nr 4, P 37 (USSR)
ABSTRACT: The article is an answer to a question submitted to this
periodical by Lapin, who wanted to know whether the direction
of rotation has any influence on generator ventilation. L
SG-116/-6 120 kva 400 VP 1000 rpm generator produced by a
Yerevan plant was installed with left rotation instead of
right rotation; overheating was observed. The author
(of the answer) suggests exchanging the ventilators, if
possible.0 Otherwise, the generator temperature must not
exceed 95 C.
Card 1/1

8(5)
AUTHOR: Lindorf, L.S.
SOV/91-59-6-31/33
TIT-LiE: The Operation of Diesel-Generators with Removed Cooling
Fa n
PERIODICAL: Energetik, 1959, Nr 6, pp 38-39 (USSR)
ABSTRACT: The author herein replies to a question asked by V.I.
Sheremet from B.Tokmak,. Zaporozhska~a oblast', vhether it
is allowed to run diesel-generators with the cooling
fans removed. The author explains under which condi-
tions it may be done.
Card 1/1

LINWRIF. L.S., inzh.
Utilizing three-phase motors fed by single-phase netvorks.
Snergetik 7 no.4:33-35 Ap '59. (MIRA 12:5)
(Ilectric motors, Folyphase)
77

~ - I LINWH?. L.S.
Relationship between the rotation direction of a gene-
rator and its cooling by ventilators fixed on its shaft.
Inergetik 7 no.4:37 AP '59. tKIRA 12:5)
(Electric generators-Cooling)

SOV/91-59-10-24/29
AUTHORS: Sheynin, G.A., Grinev, S.M., and Lindorf, L.S,
TITLE: Correspondence with Readers
PERIODICAL: Energetik, 1959, Nr. 109 PP 36-37 (USSR)
ABSTRACT: I. Alkalinity of Boiler Feed Water. Question by A.I.
Lekhtsiyer, Ishim, Tyumenskaya Oblast' : We purify boiler
feed water by sodium-cation method. Still, the alkalini-
ty is too high. What is the permissible limit of alkali-
nity? Answer: The method mentioned does not decrease the
alkalinity. To diminish it, potassium nitrate (KNO ) or

sodium nitrate (N& lica~ion
N03) should be used. II. App
of Insulated Cable for Lead-Ins. Question by Shkrobko,
Chernigov: Is it permissible to use in town streets in-
sulated cables PR 4MM2 or APR 10MM2 for lead-ins? Ans-
wer: Not allowed, because the insulation conceals the
possible damages of the metal part of the cable that
bears the load. III. Asynchronous Electric Motor with
Two Rotors. Question by P.E. Battakov, Leninogorsk: How
Card 1/2 does an asynchronous electric motor with two concentric

SOV/91-59--10-24/29
Correspondence with Readers
rotors work? Answer: A motor with two rotors is applied
to obtain a rotation speed of over 3000 r.p.m. Depen-
ding on the number of poles, rotation speed of one of ro-
tors may attain 6000 r.p.m. The power developed by the
motor depends on the power of individually considered
machines, and on direction of their fields rotation; it
may be equal to the sum or to the difference of the in-
dividual motor power.
Card 2/2

LINDORF..L.S.. inzb.
Using transformers of conmensurable power for the start of e7nchromus
motors. Prom.energ, 14 no-3:9-12 Mr 159. (MIRA 12:4)
(Electric transformers)
(Electric motors, Synchronous)

005
ACC NRs AF6W4792 SOURCE CODE: UR/0lO5/65/OO0/OO5/GW0/OO90
AUTHOR: E~urgsd IF., V. G-ortinaK Drozdov. N. Q.;,Ku1ak2vski_y, V. B.;
y. S. M.:.
_c7,_1!. Kj; Syrowya nikov
kl:ndorfs L. S.; por~n t
V_- Feddikewv_717 M.; Khachaturaw 0; gjjj4RqjL Yu. M.
L -A -.A
ORG: none
TITLEi
Doctor of.engineering sciences, Professor L. G.* 11amikonyants
-SOURCEs Blektrichestvol hoo 5v 1965, 90
-TOPIC TAGS: electric engineering-personnelp electric engineering
ABSTRACTo o1ho ~rtide was written in honor of Lev'GrazdanovKch kamiikonyants
-M
on tho occasion of his.50th birthday and upon ~Is comp t1on or 30 yoars or
scientific and industrial activity. He graduated from the Azorbaydzhan. Indus- !
:trial institute in 1936, i4herem. on. he worked at the Central Industrial Research
Laboratory of Azenergo.first as Electrical Engineer and then as Chief Engineer.
His scientific activity begun during, the student years at the university lab-
oratorios ectrical machinery and high-voltage techniques. From 1941 to
for e1
1945 he 3erved in the Soviet Army and became a member of the Communist Party
in 1942. Since 1945 he has been working with the VINM (A21-Sovist Scientific-
'Research InStituteLof e&d!Q Power) at the State Industrial Commission on
USSR in charge of the Electrical Machinery I
,Laboratory now and al ao as head oMe. Department of Electrical Machinery,
Insulation and Automation. Since 1933 he has also been the Vice-Director of
,too Institute of Scientiflo Affairs. He received the dogree of Doctor of
Card 172- UDC: 621-331

ACC NR. AF6oo47927
Engineering 64e-nce's in 19
39 and was appointed Professor in 1961. Much.
theoreti_cal'and p~actical-wo~~ has been done.under his leadership at the
Electrical Machinery Laboratory which he helped to set up. Problems concern-
ing the theory of synchronous machines leading to their Improved operation
,;are worked out here (asynchronous condition after loss of excitation, simipli-
fied method of compensator startinZ, self-synchronization of generators, etc.).
L. G. sklamikonyants is also active In scientific research coordinating commit-
teas on power and electrification.,in USSR. He sits also on the Committee
ifor the Determination of Elect litent Parameters and on the
ScientiNc Co-u-nail of the Moscow Power Institute. nir-t-hermore, he is on the --T
V621torial b7oara of M5ektrichestvo. During his entire career he has published
about 60 works, many of them resulting from basic research. At the Moscow
Power Institute he taught a course on "'Special Problems in Electric Power
Stations" from 1952 to 1954 and on "Testing of Synchronous Machines" from
1953 to 1954. The texts of his lectures were printed in the form of a com-
pendium. He is vex7 effective in training the young generation of students
and assisting them in earning their degrees. L. G. Mamikolwlnts participates
in the activities of the VNIIE both aa recruit er' and as lecturer. Ori g. ar't.'has:
1 figure. VPR-S7
-i SUB CODE: 09 SUBM DATE: none
card' 2/1!

LINDORF, L.S., inzh.; IGLITSYN, I.L., red.; LARIONOV, G.Ye., tekhn.red.
[Increasing the opera,ional reliability of synchronous motors.]
Povyshenie nadezhnosti raboty ainkhronnykh dvigatelel. Moskva,
Gosenerpizdat, 1960. 118 p. (Moscow.Vsesoluznyi nauchno-lasle-
dovatel skii institut elektroenergetiki. Informatsionnye materi-
aly, no.50). (MIRA 17:2)

LINDORFp L.6,
Start of a generator operaling as a synchronous compensator.
Energetik 12 noolt4O Ja 64- (MIRA 170)

LINDORY, L.S.
Determination of the starting current of electric motors
of safety fuse inserts. Nnergetik 8 no. 10:38 0 160.
WRA
(Electric motors) Ollectric fuses)
and choice
l4a)

LINDORF, L.S.; YAKOVLP6V, V.k.
Starting a two-pole synchronous motor directly from the
not. Prom.energ. 15 no-5:26-32 Wr 16o. OGIRA 13:7)
(Electric motors, Synchronous)
*9.

LINDORF, L. S., Cand Tech Sci -- "Increas perational
0
ly
r( -ability of synchronous encrines in Industrial 9t4a1,Wz1- ~,'-
C.3
mants:OL Mos, 1961. (Min of Hii.,iier and See Spec Ed RSOSR.
Mos Order of Lenin Power Eng Inst) (XL, 8-61, 245)
264

LINDORF) L.S.; SHIFRIN, L.N.
Increase in the operationA reliability of the converter devices
.of elec+.rolysis systems with automatic reclosing and short-circuits
in the network. From. energi-15 no.8:17-20 Ag 160. (MIRA 15:1)
(ElectrometalArgy--Electric equipment)

LINDORF, L.S _I FUFURD, P.N.; ULITSKIY 0 M.S.; WWINOV, P.I.;
---MLIDZON, Ye.D.,- MINIII, G.P.; KOTS, A.Ya.,-, J(HAVII,', F.Z.;
MURAVIZVA, N.V.; LIBEINAN., A.Ya.; BARANOV, B.M.;ZVENIGORODSKIY,
I.S.; IVANOV, V.S.; IOFFE, F.Ye.,- BURIAKOV, B.M.; MIRENBURG,
L.A.; FAYERMAN, A.L.,, red.; BORUNOVj N.I.# tekhn. red.
[Study manual on the technical operation of electric networks
and power plants; electrical section of electric power plants
and electric power distribution networks]Posobie dlia izuche-
niia pravil tekhnicheakoi ekepluatataii elektricheskikh stantsii
i setei; elektrichoskaia chast' elektrostantsii i elektricheskie
seti. Moskva, Gosenergoizdat, 1962. 558 P. (KM 15:6)
(Electric power plants-Handbooks, manuals, etc.)
(Electric power distribution-Handbooks, manuals, etc.)

LINDORF. L.S
Methods for testing elentric synchronous motors. St.-indartizatsiia
26 no.7-.25-27 Jl 162. (~Ul 15:7)
(Electric motoraq Synchronous-Testing)

LINDORF,.L.hS. .
Choice of a reactor for otarting a synchronoas motor. Energetik 1-1
no.10:45 0 163. (MIRA 16:U)
0

LINDORF L S. kand. tekbn. mauk; MARSHAK, I.S.., inzh.
Automation of the self-starting operation of the synchronous
motors of pamping stations. Prom. energ. 18 no 3:11-16
Mr 163. iMMA 16:6)
POping machinery, Electric)
Electric notors-Starting devices)
Pumping stations.-Electric equipment)
~

LI:"-DORF, L.S.-.. k%nd.teldm.nauk; Y~,*,SD-UTHIO, N.I., imh.
Uso of a cantri-i'u:,-al r:31-ty for the prot2ction of as5mc-7-xoncus motors
from two-phase oparation, Prom. onerg. 18 no.8;13-14 Ag$63
16:9)
(Eloctric motors,Induction)

PETROV, G.K., doktor tekhn.nauk, pror.; GURIN, Ya.S., kand.tekhn.nauk;
ZHERVE, G.K., kand.tekhn.nauk; LINDORF L-S kand.tekhn.nauk
I
New standards for electric machinery testing methods. Vast.
elektroprom. 34 no.4:39-44 Ap 163. (MIRk 16:10)

KIPKIN B.I.; j.11111W) L.S.
Determination of the start chara,.terJLALlL-:9 of syrich-ronous motorir.
Mektrichent" no.6t 63-68 Jel'0'4* (,MIRA l7t7)
1. Moskovskiy energeticheskiy institut (for Yirkin). 2. Tsesoyuz-
nyy nauclmo-13sledovatallskiy instltut elektrop-negatiki (for
Undorf

I
BURGSDURF) CIGMUSEY, S.M.; Drlcr.~-,BOV, N.G.; VIULAKOVSKlY, VJ3.; LPIDORF,
L.P.; 1-ILINIKOV, II.A.; PETROV, !.I.; FORT."TOY, M.F.; SYPOI-'IA'rNI'KO'I,
.,-T-.,&,.; I-TED(ZEYEV, A.M.; ITACHATUROV, A.A.; 7LIKIND, YI.M.
1,ov Grazdanovich Mamikoniants; on his 50th Wrthday and t~,~ 30th
anniversary of his scientific and prac-.1-cal work. Elektrichestvo
no.5:90 I-V 10'5- ( ',,r1 P-4 18 : 6 )

LIVANOVA, O.V.p kand. tekhn. nauk; ~jNDOf!F,_L,�.,, kand. tekhn. nauk;
OKOLGVIGH, M.N., kand. tekhn. nauk; POLEVAYA, I.V., kand. tekhn.
nauk; POMOGAYEVA, S.G.
Kffect of asynchronous motors on short-circuit currents in a system
supplying self-needs of power plants. Elek. sta. 36 no.11:48-54 N
165. (MIRA 18:10)

LINDORF, L.S., kand. teklin. nauk
Open-circuit current of an electric motor. Energet-ik 14 no.l:
42 Ja 166. (14IRA 19: 1)
1. Zaveduyushchiy laboratoriyey elektrichesk-ikh mashin Vse-
soyuznogo nauchno-issledovatel.'skogo instituta clektroenergetiki.

LINDORF, S. L.
Selecting brushes for eirect-current nachines. Energetik I nc.3:36 A.;
(1,12-A 6:8)
(Flectric mchinery-Direat current)

5(2) SOV/78-r4-8-34/43
AUTHORIS: Kovalenko, P. N., Lindorf,.T. V.
TITLE: The Polarographic, Dvt.armin&tion- af-tha -pff at.- the leginni ng of
the Dissolution, and. of-the.. Solubility...P"duct. of the -Hydroxide
of Trivalent Thallium (Polyarografioheskoye opredeleniye pH
nachale. -zaatyoreniya, i-,roizvedeniya- rastvorimosti gidrookisi
trekhvalentnogo tallJ4
PERIODICAL: Zhurnal-neorganicheskoy khimUp-1959o.Vol 4, Nr 8,
pp 1919-1923 (USSR)
A.BSTRACT: The. author a- poist ed. out -the. advantages of the polarographie
method _A1ready in- eaxl-ier~ pAparB ~ (Ref a- 1,2-,.6). Vari-ous.
scientists- (Refs: I 2,6-ta) -f ouncl that-the, salubili-ty. product
Is-no con' -tant.but- dapands. on-the ioni c-cancent ration,. above
&11' on Ule concentration-of tha hydroxy-1. groups. This apparent
nonvagreament. with tha-lav- of-mass aalion. could be eliminated
by-~-Plaelmg--the, act1vily of the. Ioxw- imatead of the concentration
ooua.*&txAiaa Q1 the aalved.ionq). -Since trir
valent thallium shows no polarographic wayep whereas mono-
valent thallium may be easily polarized, the following method
Card.1/3 was chosen fo~ the determination of the pH of the solution

POV/78-4-8-34/43
Tha.;Palarographic. Determination of the ~pH at. the Beginning -of th.9 Dissolution
and of the Solubility Product of the Hydroxide of-TrUvzlent Thallium
T1 an&.it.a.zalubillty.groduct; at given pH a saturated
(G'L)3 3+
solution' of TI (C)1)3 'was prodife'ed, TI was, quantitatively
redused_Ae.;Tl~ .:hy. means -Of_4dr&aiae_..nulph&t*_ and.Ahe latter
~was.:polaregraphiaally:, doteraineA.-The..dapandeace of. ths dif -
zhown..by-Aable 1
and ~figure ~I - Sinas-the.; acne entratlon. -of- Ilt. after -the 3+
reduction is equal to the original concentration of Tl the
determination*of .the 'Tl-'~+ by
means of a cilibriti-on'cu 0 Y+- (Fig 2) *(i7d'- intensity
d T.1
of Ahe.-d;Lffu si on..curxen:t_In..,aa.) ~_Tlw, _depend - nas .- of. the. cord"
eentration~ of Ahe. thallium, ions--an the_.pH._.qf.-th6 -solution is
shown by f ikure *3. Ther~e-exiffst`67 a rev#rsia'lbgarithmic*
dependense.betwoan the..aolution.at
which Tl(QR).3,'p"sea intQi..aQIutiAix.;3y extrapolating this
straight line -1gsolubility product - ionic concentration
Card 2/3 (Fig 4) the solubility product for TI(OH) 3 was determined to

SOV/78-4-8-34/43
The Polarographic Determination of the pH.at.the Bezinnin of-tha Dissolution
and of the Solubility Product of the Hydroxide of,Trivalent Thallium
be 6.3.1o-35. The'dissolution of T1 (OH)3 begins at. PH 3-46.
The method by D. F. Spenser and B. Abegg (Ref 10) for de-
termining the solubility product of Tl(OH) has shortcomings
3
and therefore leads to considerable errors. There are
4 figures, 1 table, and 13 references, 11 of which are Soviet.
SUBMITTED: December 3, 1957
Card 313

LDFD(Wq L.Se
Performance of a synchronous generator having a coe 1.
Inergetik 7 no.3:38-39 Mr 159- WRA 12:4)
(Ilectric generators)

KRUIVIN., V.F.;
Concerning the use of mathen-atical methods in electrical enginseripg
calculations, Izv. vyse uQhebe zavo; energe 5 no.9.117-118 S 162.
(MIRA 15-10)
(~~ectirc engineering.)
RM

LRIDTISKY, K.
Centrifugal pumps.
P. 53
Vol. 10, no- 3, Mar. 1955
PAPIR A CELUL03A
Praha, Czechoslovakia
SO: Monthly List of East European Accessions, (EEAL), IL, Vol- 5, no. 2
February 1956, Uncl.

MINDF&M, A:.V;.
Agrocheiaical characteristics of upland sphagnum Deat bogs in
Estonia. Pochovedenie no. 2:52-57 F 165 (MTRA 19:1)
1. Institut, zoologil i botaniki AN gatonskoy SM. Submitted
.Tune 8, 1963.

VDIOGEADOVA, O.S.; LD-WSLEY, D.F.
Extinction of reactions to sensory Btuimuli in a single
neuron of the visual cortex in an unanesthetized rabbit.
Zhur.vys.nerv. deiat. 13 no.2.-207-217 Mr-lp'63. (i'M ' 162-9)
1. Chair of Physiology of Higher Nervous Activity, Moscow
University., Institute of Higher Norvous Activity and Neuro-
physiology, U.S.S.R. Academy of bcierwes~ Moveow, and
Brain Research Institutel University of California, Los-
Angeles.
(CEREBRAL CORTEX) (VISION)

KARMOV, M.N.; LMSTEM, I.S.
Specific resistance of bismuth dust films. Fiz.tver.tela 1 no.5:
827-828 MY '59- (MIRA 12:4)
19 71sicheekly inetitut IN, P*N- Lebodeva AN SSSR*
(Bismuth-Blectric proportion)

AUTHORS: Markov, U.N. and Lindstram, I.S. SOV/51-7-3-10/21
TITLE: Optical Properties of Evaporated Bismuth in the 3-15 Micron Spectral
Region
P&RIODICAL: Optika I spektroskopiya, 1959, Vol 7, Nr 3, pp 349-354 (USSR)
'BSM
A.CT: r
optical P operties (refractive index, absorption factor, reflection and
transmission coefficients) or vacuum-deposited bismuth layers were
studied in the 3-15 ji spectral region. The layers had thicknesses
between 0.1 and 1.0 tA. In this range of thicknesses the density is
practically the same as the density of massive samples and both the
resistivity and the temoorature coofficient'of resistance are practically
independent of the layer thickness. The layers viere prepared by
evatoration from tantalum ribbons, heated to 7000C in a vacuum of
10- mm H6. The layers were deposited on glass, rack-salt and
nitrocellulose bases. Bismuth used for evaporationhad less than 0.01%
impurities by weight. In the procefis of evaporation bismuth -was purified
and the amount of Impurities fell to about 0.00176. The layera were
fairly transparent in the infrared region and produced clear Interference
patterns. Transmission spectra (samples deposited on rock-salt) and
ca:r-J 1/3

J07151 - 7-3-10121
optical Propertiepa of Evaporated Bismuth in the 3-15 Licron 3 pectral Region
reflection saactra (saraplea deposited on rock-salt, glass and nitro-
cellulose) Were recorded by means of a two-bew infrared spectrometer
AA.IM-F4 (-Ref 4) which is shown schanatically in Fia 1. The refractive
0
index mas determined frccl theoe spectra using the distribution of the
interference maxima ani miniwa, and thickness of the layer measured
Independently. 'the aboorption factoi rp rms calculated from the measured
valuns of the refractive index (n), thicicness (d) and the reflection
and transmission coefficients, donoted by R and T respectively. The
error in determination of the rof iactive index was 6-8,1,,~ and in
deterTaination of the absorption factor it was 20-30Y.. The values of
n and % of layars deposited on glass, rock-salt and - nitrocellulose
were practically identical. The thickness of layers was ~ie~ts"red using
a multibeam interfornmetric 110thod; the apirartAtus. vris sirAlar to that
describad by Scott at al (Ref 4). The thicl~~nass i-as j.,ionsured to within
3-5,64. Fig 2 sho~ws the reflection-(R') and transmission (T) spectra of
sewaplos (1) 0.22, (2) 0.51i Lnd (3) O.,G9 IL thick. Fig 3 shows the wuva-
length dependonce of the refractivo index of layor3 0.22, 0.69 and 0.89 )1
thickneGs ~curvot 1, 2, 3, respactivoly). The refractive index of thin
layero (curve 1 in Fi6 3) increauoa with docrauso of vavelength, while
the refractive ind-,x of thick layers (4urva 3 in Fig 3) has a maximum
21/3 n
near 7 Ii. The curve ropresenting layers of uteditun thickness (0.6-0.7 Ii)

SOV/51 -7 -3-110/21 1
Ontical Prooarties of Pvaporated Bismuth in the 3-15 Mic,-on .3 :ectral Rp.#on
lios betvieen curnias I and 3. Fig 4 shows tho zavolength. dependence of
Lj
the absorVtloa factor % of 0.212, 0. 56 Fnd 0. 69 ,L This firAro
-hows that at wavelength4 fra. 3 t, 15 ~L th-, f(w) de,,,3ndi;r.,ee 1.
approximately thq sEL:ia for I-Lyajr~ rf all a rainit.,Aim at
7.5 11 was observ9d. Fi--- 11 cho-,~% thi !rj:-ndsnc(,- of tho
refractive indox of a 0.0 ;1 thicic layor at (uurva 1), +2000 (carve Z,
and -DOOC (curva 3). -nis rig-aro jho-As th4t an of temperature
th3 waximum oii the r!,ft-activa inl,);r --4rva is dic-plat!(A towards longer
viavelangths and the value of n at its .:X--xb.,rwji falls. keknowledgaents
are i:ade to V,I. I-Myshev and Rraitian for thoir advice. There are
5 f i,,,r --Ii ara,Soviet, 6 Zn~ljr
.,ur&-s and le. refarencas, S of wni sh, 1 German
and I translation from Sn-lish into RunNilln.
3~,7--7117TZM. Docembor 20, 1958

24(7) c-C-,r/,,,3 -2 - -9 -29/57
A UT FORS t Sukhenko, K. A., Gri-orova, V. S., Lindstrem, I. S., Sventl*s-
a L 41
kiy, N. S., Galonov, P. P.
TITLE: The Deter.-iiination cf Oxy.-en in Technical Titaniurq by L:eans of
the Spectral Uethod
PERIODICAL: Izvestiya Akademii nauk SSSR. Seriya fizicheskaya, '1959,
Vol 23, Nr 9, pp 1116 - 1118 (USSR)
ABSTRACT: In the introduction mention in made of the papers publish..--d in
recent years on the determination of gases in metals in general,
and especially on the determination of oxygen in titanium.
(Refs 1-7). A pai.- of lines of oxygen and argon is given, by
means of which the concentration of oxygen in titaniur" was
determined within a range of 0.035 - 0.56%. Already in another
paper (Ref 7) it was shown that the influence of "third" ele-
ments is lacking, and it is possible by tyis method to deter-
mine the oxygen content with an accuracy equaling that of
vacuum melts or of bromine reductions. In the case of the ex-
periments carried out here, titanium standards veith an oxyGen
content of 0.01 - 2.OV. were produced, in which cace titanium-
Card 1/3 sponge was mixed with TiO2 in appropriate ratios. The electrodes

~he Determination of Oxygen in Technical Titanium SC;!.rJ1_ -5-2 ~ -9-2q/57
by Lieans of the Spectral Method
were re-sielted from these mixtures ir, a helium ati,,ioophere
and in a vacuum. The following invectigations were carried
out by means of these standards: The wear of the sample sur--
face by the discharge, the influence of vacuum annealing on
the concentration-aensitivity of the oxygen lincs, and the
selection of the most favorahle coriditilurt, for Lhu vxciltati.:;r,
of the oxygen lineo. Daring the experi.merts the electrodes
were in a special container, in which a pressure o" 10-2
torr was maintained, and the samples were connected as cathodes.
The anode was of carbon. In the case of pulsed discharges,
practicafty no concentration sensitivity was found, only
in connection with a previous preparation of the samples was
it possible to prove the concentration-dependence of two lines
of 01 and 011 suggested by N. G. Isayev for the spectral ana--
lysis. In the course of further experiments with spark dis-
charges in helium at a pressure near that of the atmosphere,
a dependence of line intensities on oxygen concentration was
found to exist after the samples had previously been prepared
by pulsed discharges; however, this dependence is so insigni-
Card 2/3 ficant th.r it is not suited for a quantitative analysis. Ex-

The Determination of Oxy,--n if; Titanium SOV/.-8-25-9-29/57
I
by bleans of the Spectral L'c',ncid,
perimentn concerning the influence of annoalin~~ upon 14.ne
intensitics showed that the latter are Independent of annealing.
Experiments concerning the most favorable selection of the
light source showed that low-voltage spark discharges are suited
best. Figure 3 shows a diagram for the determination of oxygen
in technical titanium according to the intensity of an oxygen
line. This diagram was obtained by means of a low-voltage spark
light source. Further investigations showed the usefulness of
the DG-1-type generator fQr low-voltage spark discharges.
There are 3 figures and 7 references, 2 of which are Soviet.
Card 3/3

S/04 62/026/007/020/030
B125VO4
AUTHORS: Gritforova, V. S., Lindetrem, I. S., Sventitskiy, X. S.,
and Sukhenko, X. A.
TITLE:, Oxygen determination in low-melting metals and
alloys by the spectkal method
F E -1110 D I CAL Akademiya nauk SSSR. Izvestiya. Seriya fizicheakaya,
v. 26, no. 7, 1962, 924-926
-TEXT: -The oxygen content in niobium and molybdenum alloys is best
determined from their spectra with simultaneous extraction of the gases.
The oDecimen was used as an anode of the discharge current circuit
(24,000 vF) of a low-voltage pulse generator. The experimental conditions
can -thus be eauily standardized; the effect of impurities can be
eliminated, and electrode erosion can be intensified. A niobium cone
with 0.004%. oxygen was used as a cathode. Aluminum cathodes can also be
used. The discharge took place in commercial helium Df 250 mm Hg. Th~a
oxygen content of He should be 0.01% at most; its nitrogen content
should be sufficient for localizing the discharge. The spectra were
Card 1/2

S/04 62/026/007/020/030
Oxygen determination in low-melting B125%104
measured by a spectrograph of the type OCTT-51 (ISP-51) with a -Y-T~-84
(UF784) camera. Already'by the first pulse the oxygbn was completely
removed. Owing to the concentration dependence of some lines of the
oxygen ion, a discharge in the vacuum is well suited for determining the
oxygen in visco'us metals (with an aluminum antielectrode and concentrations
uP to 0-004%). In order to increase the accuracy of oxygen d6termination
to thousandths of percent spectra were excited by low-voltage sparks
and lov-voltage pulse discharges in a mixture of commercial helium
(560 mm Hg) and commercial nitrogen (100 mm Hg). A truncated car 'bon
cone was used as auxiliary electrode. The concentration dependence of
the intensity was recorded for the line 01 7771-93 There are
2 figures.
Card 2/2

GRIGOROVAY V.S.; L1NDSTRFM, I.S.; SVENTITSKIY, N.S.; 3UKHENKO, K.A.
Oxygen determination in refractory metals and allofs bj the
spectral method. Izv. AN SSSR. Ser. fiz. 26 no.7:924-926
Jl 162. (MIRA 15:8)
(3pectrum analysis)

/V 1"7 1 fr ff /V1
PHASE BOOK EXPLOITATION SOV/6181
grallskoye soveahchRnlye po spektrookopli. 30, Sverdlovsk, 1960.
Material) (Materials of the Third Ural Conference on Spectros-
q copy) Sverdlovsk, Metallurgizdat, 1962. 197 p. Errata slip
Inserted. 3000 copies printed.
Sponsoring Agencies: Inatitut fiziki metallov Akademli nauk SSSR.
Komisslya po spektroskopii; and Urallskly dom tekhnlkl VSNTO.
Zda. (Title page)t 0. P. Skornyakov, A. B. Shayevich, and S. 0.
-Bogomolov; Ed.s Gennadiy Pavlovich Skornyakov; Ed. of Publish-
ing Houser N. L. Kryzhovaj Tach. Fd.i N. T. KaIlkova.
PURPOSEs The book, a collection of articles, Is Intended for staff
members of spectral analysis laboratories in industry and scien-
tIr1o research organizations, an well an for student* of related
disciplines and for technologist@ utilizing analytical results.
CW 1/15
Elm

Foreword
PART I
Bhoratkov, Yu. A., and L. F.'Makalmovskly. Investigation of
the dependence of the total Intensity of spectral lines
an the concentration of elements In an are-d1sch4rSO Plasm 4
Card 2/15
-the Third Ural Conference (Cont.) SOV/6181
Materials of
COVERAOE: The collection presents theoretical and practical prob-
lems of the application of atomic and molecular spectral analy-1
sin In controlling the chemical composition otvarious material
In ferrous and nonferrous metallurgy, geology, chemical Indus-
try, and medicine. The authors express their thinks to G. V.
Chentsova for help In preparing the materials for the press.
References follow the Individual articles.
TABLE OP CONTENTSt

materials of the Third Ural. Conference (cont.) so7/6i8l

Xuranov, A. A., and N. P. Rukeha. Specx~ral determination
of lmpuities in platinum 91
Slnlkov, N. A. Examination of some variants or calculating
unknown Impurity concentrations by the *additives* method 93
Fishman,'I. S., and F. K. Sattarova. Chemlcal-opeotral
determination of carbides and Intermetallic compounds
in nickel alloys 99
Sukhenko, K. A., V. S. Grlgorlyeva. 1. S. &ISdatrts. N. S.
--
'R
t
Sventitakly, and P. P. Galonov. e Wo-dology for spectral
determination or oxygen In titanium and Its alloys 101
Popov# B. V. Use of spectral analysis at the Ural Automo-
bile Plant 102
3hlepkovas Z. I. Determination of phos horus In copper alloys
with the CT-7 stylometor 104
Card 8/15
............

AUTHORS: Buyanov, N.V. , Zubkovskiy, S.L. , Kovalenko, T.V., 32-24-6-15/44
Korotkov, V.F., Lindstrem, V.R.
TITLE: Spectral Analysis -teels-ory-the Modernized Apparatus YES -1
(Spektmllnyy analiz staley na moaernizirovamom pribore PEd -1)
PMODICAL: Zavodsksya Laboratoriya, 1958, Vol 24, Nr 6, pp 703-708 (USSR)
ABSTRACT: Photmetrica.1 reproducibility was deteimined, aria in this connec-
tion it was found that the average aritbmetical error on the sensi-
tivity scale of 1:1 a unted to + 0.5% and with 5:1 to + 0.15%.
Measurements of the intensity of the line of iron 5227 It obtained
from an Armoo iron sample showed that on the scale 1:1 a repro-
duoibility of + 1.1% is obtained with a 4.5 ampere current, and
that at 5:1 it amounts to + 0.62%. It was obserirea that a distance
between electrons of i-5 mi warrants accurate reading and good ra-
producibility; a base electrode of copper ww used on this occa-
sion. For the purposa of working out the method of amlysis the
etalons of the U3M, of the TsNIIChV, and of the plants "Elektro-
stall" , I'Serp i molot" and "Dneprospetss tall" were used. The
spectral line, measuring accuracy. and reproducibility in connec-
tion with the analysis are mentioned. Carbon-containing low- and
Card 1/2 medium-alloyed steels were analyzed, and data concerning the

Speotral Analysis of Steels on themoae-rnized Apparatus 32-24-6-15/44
M-1
determination of sillcon, molybdenum, titanium, vanadium, chromium,
mangmese, tungsten, and nickel rre given, as also datEL f- thO
high-speed stee2s P 9 and P 18 and the stainless steel EYalT. The
influence exercised by chemical composition upon the intersi-Ity of
the not separated light -as investigated in binary alloys Fe-Cr,
Fe-W, Fe-Ni, and F-3-3i. The -results obtained are given in form of
graphs; it Tan found that in the case of Fe-W and Fe-Cr samples
the int,3nsity of light increases with an incr-.ase of tungstan and
chromium concentration respectively, whereas the oontj~.ry is the
case with Fe-Ni and Fe-Si systems. On the atr-mgtb of these fina-
ings it is "sumed -that for the purpose of stabilizing light in-
tensity the corrtcmponding metal can be used, as e.g. nickel a3
electrode support in analyses of the Fe.-'# and Fe-Or system. Ther-3
are 7 figureq and'i table.
ASSOCIATICH: Tsentrallnyy nauchno-is sled ovatel'skiy inati-bit chernoy mo-tallurgii
(Central Scientific Research Institute of Fe--TVUB Metallurgy)
1. Steel--Spectra 2. Steel--Testing equipment 3. Steel--Test
results 4. Spectrum anal~yzers--Performance
Card 212

HL
Hinf-ut
Fla, f
1.4
gn
- '. 2-1. 'j t- i I ;, i ? i - -, - ~n
5 14 r ; 7
0-1
Zi
r H
g%

BUTANOV, N.Y.; ZUBMVSKIY, S.L.; WYALINKO, T.Y.; KOROTKOV, V.P..; MIMSTRIM,
V.RO
krperience In vorking with the IWS-10 photoelectric instrument.
.Zav.lab 26 no.10:1155-1158 160. (MIRA 13:10)
1. Wentrallnyy nauchno-iseledovatellskiy Institut chernoy metallurgii.
(Spectrophotometr7) (Steel-Analysis)

BUYANOV, N.V.; IVAJIOVA, L.A.; LINDSTREM, V.R.
Spectrum analysis of precision alloys with use of a DFS-10
apparatus. Sbor. trud TSNIICRM no.24tl0l-104 162. (MIRA 15t6)
(kUoys--Spectra)

PRITULA, Yu.A.; ABRIKOSOV, I.Kh.; AVROV, P.Ya.; KAZACHENKO, A.A.; KILIGINA,
N.I.; KULIKOV, F.S.; MELINIKOV, A.M.; TATARINOV, A.G.;
TROYEPOLISKIY Jq V.I.; TSYPLENKOV, G.G.; SHPILIMAN, A.I.;
DAYEV, G.A., vedushchiy red.; LINDTROP, N.T., red.;
YASHCHURZHINSKAYA, A.B., tekh-n-.-r-ea-.----
[Volga-Ural oil-bearing region; oil potential] Volgo-Uralskaia
neftenosnaia oblast'; neftenosnost'. Leningrad, Gos+optekhizdat,
1957. 175 P. (Leningrad, Vsesoiuznyi neftianoi nauc--hno-issledovatellskii
geologorazvedochnyi institut. Trudy, no.104). (MIRA 16:8)
(Volga-Ural region-Petroleum geology)

LIM, I. I.
.
Data on the praying mantis fwua (Kantodemi) of Tajikistan, with a
description of a now species. Int.obos. 33:273-280 133. NEU 7:3)
1. Kafedra zoologii Tadahikskogo Gosudaretvannogo uninersiteta.
Stalinabad. (TaJikistan-Mantines) (Nantises--Tajikistan)

LINM, 1. 1.
-- ~. -
Rev sPecles Of mutts (Mantodea, Nantidas) from southwestern
T&JIkIstan. Int.olioz. 34:218-221 155. (NLVA 9:5)
I.,0tdel sashchity restenly Taidshikskogo NIIPVOlh.
(T&JIkistan-ftntises)

LCPATIN,I.K.; LUPPOVA,Te.P.; NARZIKULOV,M.N.; SHCHETKINJu.L;
ANTOYA,Tu,K.: LnW,1.1.
Olasects of cotton and alfalfa fields of Uzbekistan.* R.A.Ilin-
dzhanov,TS.G.Bronshte3.n. Reviewed by I.K.Lopatin and others.
Zool.zhur. 34 n0-3:691-694' Vly-Je '55. (KLM 8:8)
(Uzbekistan--Insects, Injurious and beneficial) (Cotton--dis-
eases and posts) (Alfalfa--Diseases and pests) (Allmdzhanov,R.A.)
(Bronshtsin,TS.G.)

LINDT 1. 1.
Biology of the mite Provipalpne ou4smanst Goijakee (Acariforn*o,
Pseudoleptidae) in T&Jlkistan. Dokl. AN Tadsh. SSR no-19:31-35
156. (nRA 10:4)
1. Institut soologil t parasitologit in. akad. Ye, 1. Paylovskogo
AN Tadshikskoy MR.
(T&Jikistan--NItes) (Apple--Diseases and posts)

LDW, I. I.
- I -
Biology of the spider site Totranyphus vionnensig Zacher ( =T.crataegi
Hirst, Acariformes, TatrazWehidae) In Tajikistan. Dokl. AN Tadzh. SSR
no-19:37-41 156. NIRA 10:4)
l.. Institut soologil I parasitologii in. akad. To. N. -%Ylovskogo AN
Tadshikskay SM
(Gissar Valley--Red spider) (Pratt--Diseases and pests)

LINDT, I. I.
Occurrence of attacks on men by red spidere(Tatran7chus, Acariformes).
Dokl. AR Tadzh. SSR no. 22:31-33 157. (MMA 11:7)
1. Institut zoologii i parazitologii im. akademika Ye. 11. Pavlovskogo
All Tadzhikskoy SSR. (Ts,jikistan-Red spider)

LINDT, 1. 1.
Among the phytophagous mites of Tajikistan. Izv.Otd.ent.
nauk AN Tadzh.SSR no.2:17-24 '59. (MIELk 13:4)
1. Institut zoologii I parazitologii AN Tafthikolmy SSR.
(Tajikistan--Mitoo)

LINDT. I. I.
Subspecies of prayifig -ntis (Mantoidea) new to Tajikistan.
Dokl.AN Tadzh.SSR 3 no-4:43-47 !0. (MIFA 14:4)
1. Institut zoologii i parazitologii im. akad. Ye.N.Pavlovakogo
AN 2&dzUkskoy SSR. Predstavleno cholnom-korrespondontan SSB
MN.Narzikulovym. (T&Jikistan-.Praying mantis)

LINDT, I.I.
Morphology of the tree mantid Iijarodula tenuidentata Sauamwe
(Miitidae) from Tajikistan. DokI. AN Tadzh. SSR 4 no.4:53-57
361. (MIRA 15:1)
1e Inatitut zoologil i parazitologii imeni akademika Ye.N.
Pavlovskogo All Tadzhikskoy SSR. Predstavleno chlenow-
korrespondentom AN Tadzhikskoy SSR M.N. Narzikulovym.
(Soviet Contral Asia--44antida)

LINDT., I.Il
Mantid opecies (Mantoidea) in southwatern. Tajikistan. Trudy AN
Tadzh.SSR 115:41-45 259, (MIRA .15:5)
1. Izwtitut zoologii i parazitologii AN Tadzhikokoy SSR.
(Tajikistan-Mmftda)

LINDT, I.I.
Summer depression of the red spider (Tetranychus telarius L.) on
the cotton plant in southern Tajikistan. Dokl. AN Tadzh. SSR
6 no.5:36-39 163. (MIRA 17:4)
1. Institut, zoologii i parazitologii imeni akademika Ye.N.Pavlovskogo
AN Tadzhikskoy SSR. Predstavleno chlenom-korrespondentom AN
Tadzhikskoy SSR M.N.Narzikulovym.

!van Iv,.~.novich;
[131(~Ic-K.Y of I_hP Conmolj rf'd
h, --outhern TaUkistan] _:~iojcgiia
kleslicha (Tetranycims telw-dus, I v Ilizi-xiom Tad ziuk4
Sru.-hanb~~., Jzd-vo Ml T,,-idzf;ik..~., 1~1, l9(,.!,. 11".

LINDT, I. I.
Fauna of mantids (Mantoidea) of Bac-akhshan (Tajikistanj'. Trlidy
Inst. zool. i paraz. fill 7adzh. SSR 24:3-20 163.
(MIRA 17:11)
1. Institut zoologii i parazitologii imeni akademika Pavlovskogo
AN Tadzhikskoy SSR.

YUGOSL'-V,../C0cI.I!.Caj. icmcal Ill"Iduc, -q ~I.Id
!-,ppIic:!'6ioIi- Ccraril,-Cs- Glass. Dindink-
concruLe.
;.o3 Jour: Rof -,.o 10, 1959, 35664.
tucoor J3okGzczanj.,i, S., ldn(Uncr 14.
Ozi-In, V., Sonnenwald, S.
Slovene clic-1,1--i cr.-O. foe: Q ~y
Tl*~").~: Yugoslav Conwdtm Produc---.on.
Ori6 Pub: Vestuil, Sohr Kcm. Drus-wa, 4, I-To 1-2, 35-63 (in,5,j)
Slovene wit'i aln Englis" su-777.VU-J)
Lb s '~' am c I, Geological and c-!c-Llc,%l prospocLing lias 3-ccl Clo
-'-:ac d.Lscovez- L
y of a dc-,)osit of baw,.ites SIULC.,~DIC for
producLion of con---idum. A p)--tn~ co-.-ISLI.-uc'I-Od aL
c Site is nolt fun -s";I
-ic 0.11 of
sivr-,s demrid. -.. Frun ~~ i;uru:mrj by L:,,c Lu~ ors.
Coxcl I./).

LINI)TNER-, M.
Statistical control of qwLlity on the acceptance of goods; sample taking. p. 229
Periodicalt NOVA PROIZVODNJA.
Vol. 9. no. 3# June 1958.
TECHNOLOGY
SO: Monthly List of East European Accessions (EEAI) LC
Vol. 8jp NO* h
April 19592 Uncl.

LIMT-M~R, M.
Current statistical control of quality. P. 330.
Periodical: NOVA PROIZVODWA.
Vol. 9. no* 4/6, 1958e
TECHMOWGT
SO: MontUy List of East European Acoessions (EEAI) LC
Vol@ Bp No* 4
April 1959, Uncl.

L w_D TN I- V,
j'Lltrums 4 V4. -Gen 314whivue (9dibahimm suffiNmVim).
(I'stilegillish" (if -114,11rilittA frool 111*11. jous. Mo.
S& If., 1940, 3 4. 110 pp., 4 p1., 2 fip., Iffli).
FolloWilig a higloriCal Stir%'ey (If Allittl 11111141i" ill VIIN(MI&ViS AF141 f1wVdircr, and
go-orra of iferwriptiotim air given o( 134 s1wrl"
0111,11111ing one oew one) J61141 Ifivir sliAtriloutimi ill tho rountrY. Thow inchisip
S1468re4lAnve JaqJbi oil morghttilk 1C.M.I. tomp No. ~1'24)1. S. IN$" ir# -I" 1148mi IS.
drA(rwmaj oil Panicum miliammm lihitt., No. 2191; TdIrtia snvilit on ryv [a"
sloove, p. 4081. T, trilinjidem on wheat; Vaii4pi nuoho &lilt 1'. hontri on Iwarky; V.
OfIrmfor 013 nals" milli (P. Ivsr W. HuRpAil on inairp. A biwit inolex, sholributioll iable,
lipt or x1bewitill-1111 in flit, MY-I'Apgival IferiNtrintit of 11w 11-Irrhian %atisral Ifialory
millwool, &lilt a Alut jage 1104iograilliv 41tv ApIlotI411,41.

LIIIDTIER~ V.
"Pine Forests of the Environs of Priboj on the Lim I-dver and of Diveibare
on Mzajen Mountain" p. 193
(ZBORNT.K MkDOVA, Vol. 11, no. 2, 1951, Beograd, Y%Woslavia)
SO: klont~hly List of East'European Accessionsy Library of Congress, Vol. 2,
No.19, October, 1953, Unclassified

MINDTNERI V.
Origin of defects in scouring and bleaching cotton and reCenerated
cellulose fibers. p. 787.
TEKSTIL. (Drustvo, inzenjora i tehnicara tekstilaca Hrvatske) Zagreb,
Yugoslavia, Vol. B. no. lo, oct. 1959.
Monthly list of East European Accessions (EFAI) LC, Vol. 9., no. 1.,
Jan. 196o.
Uncl.

LINDTROW, G.T.2- KHORAVA2 G.V.; INGULISKAYA, I.I.
Treatment of necatoriazie., aseariasis,, ei~terobiasis., md tricho-
cephaliasis with bifenium hydroxynaphthoate (preparatiosRaleoparm).
Mbdoparaz.i paraz4bole 29 no.49/+09-413 Jl-Ag 160. (MIRA 13111)
1. Iz-,Gudautakoy infektsionnoy bollnitffy Ministerstva zdravookh-
raneni-ya Abkhazakoy ASSR.
(ANTMMINTICS) (WOMS., INTESTINAL AND PARASITIC)
7-1
F

I P- ~ -I , -
41 pi (7, i
PI13NDTROP, G.T.
Synthoaveia for treating Marseilles fever. Soy.med. 21 Supplement:
18 '57. ~HDA 11:2)
1. Iz Gudautskoy infektBionnoy bollnitsy.
(CHLOROKYGIM11) (RIGUOTSIA)

LINDPHOP, G.T MORAVA, G.V.; INGULISKAYA, I.I.
Effect df associated helminthiaais on the course of typboid fever and
problems of helminth eradication in infectious diseases. Med. paraz.
paraz. bo 1. 27 no.4:419-V2 JI-Ag 158. (KIRA 12:2 )
1. 1z Gudautskoy infektsionnoy boltnitsy Miuisteratva. zdravookhranenlya
Abkhazakoy ASSR. I
(HRINIMS U173CTIOM, compl.
ty-ohoid fever (Rae))
(TTPHOID F3VXR, compl.
helminth infect. (This))

LZMM'11~110 G.-T.,-zasluzhenny vrach Abkhazakoy ASSR; KjfCRAVA. G.V.
Leptospirosis canicola in human subJect. Klin.med. 37 no.2:132-134
7 159* (MIRA 12:3)
1. Is Gudautakoy infektaionnoy bollniteV.
(IMPTOSPIROSIS, case reports,
canicola (Rue))

KAKABADZE, M.G.; LINDTROP, G.T.; BFMSHTEYN, A.D.; KHOHAVA, G.V.;
KVARATS IYA, G.M.
Role of farm animals in the transmipsion to human beings of lepto-
spirosis of serotype Il in the Abkhazian A.S.S.R. Sbor. trud. Pled.
nauch. ob-vo Abkh. 2:199-203 159. (mila 3j,:jO)
1. Iz loptoopironnogo otdoloniya (zav. M.G.Kakabadze) Respublikanskoy
sanopidstantaii Ministerstva zdravookhraneniya Abkhazskoy ASSR (glavnyy
vrach V.L'Gvaliya) i Gadautskoy infektsionnoy bollnitsy (glavny,7
vrach G.V:Khorava).
(ABKHAZIk--LEPTOSPIROSIS)
(ANINUZ AS CAIUdUiS OF DISEASE)

LINDTROF,,.,L.Q.-,..
Theory of distribution of the extremes in selecting test pieces
for the evaluation of the results of endurance tests. Zav.lab.
29 no.7:841-844 163. (MIRA 16:8)
1. Gosudarstvennyy nauchno-issledovatellskiy institut po mashinam
dlys, promyshlenno-stroitellnykh materialov.
(Strength of materials) (Mathematical statistics)

...........
de-',~miria'ion uf Mae d~Fnja.,.emr-nt--qrrar ^Luncl-rm cf
nie~~Y~-ai.Fsm=, in en.-,e of --Jffe-ertial control
fsr. vys. -ucheb. 7av.; prill. 3 ro.5-110-114 165.
(MTPJ~ 18-10)
1. beningradskiy inotlitut tooYinc.-ir irekhanik! i optilri. Relco-
mendovarm! tr-orii mf;khanizmov i detaley priborov.
9MM ~.- 199

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of Sm"Moft in 1032 =4 the &d Invuss Is IQM
N, T. Lindtfull. dYflyamm Khayalitro 24.317-2-00933).-CrIllic Oil was Itn"11 "I
the-Vrianov"IMd (Fergana). It hail it. O.W-WO.W. Its, viscosity 1.31 IM.
excl, 0.571t.W-1, 8 113.4-
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LINTDTROP, N. T.
Measurement of Petrolem-well levels by the ruethod of eltistic waves. '."oscva Gos. nauch,
te'4in- izd-vo neftianot i gornotoplivnoi lit-ry, 1946. 52 p. (Sovretuennain neftianaia
0
tekhrdIca) (49-56710)
TN871. L-3

LINDTROr', N. T.
r- A 53T33
IL
F%* Ct Ct
6..
go
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IVO

L1NDTROP, N.T.
OWAW~V~,
Role of water In'the formation and destruction of petroleum depoelts. Pajq3ti
Akad. I.M.00kina, 151. 264-74. (MIaA 4:12)
(CA 47 no.*22:12151 153)

LINDTROP, N.T.; MUKRIN, V.V.
Methods of prospecting for oil and gas by deep drillipg.
Tx-udy VNIGRI no.220. Geol. sbor. no.8:387-1+04 163.
(KRA 17:3)

LINIPTRO.P. N.T.
Basit.7 slages in the development cf the oil industry of Fergama.
Goal. nuft-4 i gaza 8 no.9j6O-62 :3 164. (MT-;~-*. " l r
1. Vaesoyuznyy neftyanoy nauch-no-issledovatellskiy gealogora,-ved-3f:'rinyy
Institut
.., Laringrad.

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upimtor passes thrc
theri through a glaxis

the retort and o
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arr 4ii
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p. by an
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ge bell jar lor cooling on the wall9_1
cularly
for rurification of S-hydvr,xN-
-7. -~g
q

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--e X... jind
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