SCIENTIFIC ABSTRACT LIBMAN, E. - LIBMAN, YE. S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000929820006-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: July 31, 2000
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

YUGOSLAVIA
STW~M!, S., and LIBI-M, E. (affiliations not given
1111hird Rep-,ular Conference of Specialists in Internal Mfedicine of the
Autonomous Province of the Vojvodina."
Zagreb, Lijo6ni6ki VJesnik, Vol 85, 110 9, September 1963, p 1012.
Abstract: The conference was held at Lake Palid 30 May-1 June 1963, was
attended by interested physicians from throughout Yugoslavia, and was
devoted to illnesses of the endocrine system and metabolic diseases.
The iourth such conference will be held at the same place and will be
devoted to gastro-enterological problems.
No references.
YUGOSLAVIA
Dr St- STOISIC and Dr E. LINW4 (Affiliation not given.)
"SYMPOsium on Diseases of the Liver, Gallbladder and Bile Ducts.11
Belgrade, Medicinski Glasnik. Vol 16~ No 91 Sept 1962, pp
412.
Abstract: Report of thi5 Second Annual Meeting on InZernal Medicine
- i
VOld n Falic June 1962 under the sponsorship of the Internal Medicine
Section of tile Serbian Medical Association for the Autonomous Region
Of Vojvodina, briefly reviewing subjects of around 30 papqrs presented
an infectious hepatitis, serum transaminase test* cholestatic hepatoses
due to drugs; parasitic diseases and infections; qongenital atresia.
NeXt year, M60ting will also be held in palic, devoted to Metabolic
and Endocrine Diseases. A drug exhibit is part of meeting.

15-57-12-17306
Translation from: Referativn y zhurnal, Geologiya, 1957, Nr 12,
p 92 (USSR~
AUTHOR: Libman, E. P.
TITLE: Work of R. I. German in the Field of Chemistry and
Mineralogy of Rare Metals (0 rabotakh R. I. Germana
v oblasti khimii i mineralogii redkikh metallov)
PERIODICAL: Tr, In-ta istorii yestestvozn. i tekhn. AN SSSR,
1956, Vol 12, pp 40-54.
ABSTRACT: The work of R. I. German in the field of chemistry and
mineralogy was mainly dedicated to minerals containing
rare elements and rare earths. He investigated many
compounds of Nb, Ta, Th, Ce, U, Zr and others, he was
the first to describe.the Illmen zircons and he also
worked out a method for obtaining Zr02- In 1859 he
published a general summary on uranium minerals.
Discovery of several new minerals, including pyro-
phyllite, pitticite and auerbachite, was associated
Card 1/2 with his name. German analyzed chemically ilmenorutile,

S
I Work of R. I. German in the Field of Chemistry (Cont.) 15-57-12-17306
eschenite, pyrochlore, orthite, bismutite and other minerals. His
vast collection of rare minerals was partially preserved to 'thb'-bime
in the Moscow Geological Prospecting Institute Imeni S. Ordzhoni-
kidze.
Card 2/2 0. V, Karpova

DIMITRIJ'EVIC-SOKCIC, M121ca, dr; LM-WI, E%il, dr; STOJSIC Stevan, dr
1 .9
Our Ist experience with chlorpropamide In the treatment of diabe-tee
mellitus. Med. glas. 16 no.2:80-83 F 162.
1. Interno odeljenjo Gradske bolnice u Subotici (Nacalnik: dr V. Percia)
(ANTIDIABETICS ther)

Stevan; LIBI-M, Emil
Leukopenfa in perchiorat,~ therapy. ifed. pregi. I'/
4,W-651 104.
1, Odeljenje za unutraenja bolesti Gradske bolni.ca u Subotici
(Nacelnik: dr, Vinko Percic).

M"
PERGIC, Vinko; SVRAKA, Ladislav; STOJSIC, Stevan
Flanctional and histological changes In the gastric =uosa in
cardiac patients. Med. pregl. 18 no* 3:81-87 1 65.
1. Odeljenje za. unutrasnje bolesti, Gradske bolnice u Subotici
(NaceInikt dr. Vinko Percia) ; Ode1jenje za patologi,iju i pato-
losku histologi u Gradake bolnice u Subotici (]Racelnik-. dr.
Ladislar Svrakai.

BLOKHIVTSEVAs T.D.; VASILENKO, A.T.,- GREBITINIK., V.G.; ZHTjXOV, V.A.;
LIBMAN, G.;.NEMOV, L.L.- SELIVANOV, G.I.; YUAN' ZHUN-FAN
~T-Yuan Jung-fang] '
(Eight-liter bydrogeri-deuterium dubble chamber In a magnetic
field) Voslmilitrovaia vodorodno-deiterievaia pu.zyrlkovaia
kamera. v magnitnom ple. Dubnap Ob"edinenrqi in--t iader kh
issl., 1961. 20 P. (HIRA 15:11
(Bubble chamber) (Magnetic fields)

5/'056/62/042/003/046/043
,9~, 4700
AUTHORS: Blokhintoeva, T-D., Grabinnik, V. G., ZhukovS__V,__A,..
Libman, G,, Ilemenov, L. L., Sollvanav, I. I Y'dan Jung-fangi
TITLE: Measurement of the total croue section of the (n P) reac-
tion with 340-Mov n--meuona
PERIODICAL; Zhurnal eksperimentalinoy-i teoretf.obookoy fiziki, v. 42,
no. 3, 1962p 91 2-913
TEXT! The reactions
(2),
(3)
have been.,utudied at eneralco of the primary n mesons of 340 + 15 Mev
with the aid of a 25-cm liquid-hydrogen-chamber In a magnetic field of
12jOOO oo. The respective total cres sections were determined no
j~ LT mb. In the
1.24 1 0-14 mb, a2 0-13*8:04 mb- 03 0-09+0:0
0 -0 09
Card I/v
A

S/056 62/042/003/046/C49
Measurement of the total cross ... B106 D102-
determination of the croon section of reaction (3) only cocoa whcre the
energy of the emitted gamma quantum was hijhar than 100 Mev were conaidered.
In order to obtain a representation of the contribution of the different
isotopic states in the cross sections of the reactions
(1) and (2), the
latter are written down In the form
Al' Re + 21411-1 +-T' IIA7'11
d, I A711+ 1411+2Rc(AFO) + 2 1
ro 9 T
whero Ai donates the invariant isotopic amplitudes (aup~racrlpt refora to
total isotopic spin of entire system, subucript denotes total isotopic
opin(of the system of two piona). The cross sections of the reactions (1)
'Ind 2) permit with some assumptions to infor the following about the
maGnitudeo and phases of the isotopic amp:'itudool a'plitudav
a) it the a
Card 214

S/05r,/62/042/003/046/049
Measurement of the total crona ... P I OIJ/1) 102
3/2
A'/' ad A3/1 are zero, then the A III be considerably smallpi, than
1/2 3/212~<
A : 3-1)A 1AI/112 4 54W/Y j (b) If It 19, oonnIdernd thit 6
o 2 0 2
A1/2 and A3/2, then the phano ahtft of
anti U. are determined mainly by
these amplitudes is about 1000CO and their moduli are connected by the
relation JAV'k, 2 JA1/21 . For ineldont pion oncrGino of 340 Moy the
maximilm total energy (o.m.a.) of two piono In 400 Mov. If the c-5oo (a)
applion, one nay state that the pions in the inergy range 200-400 Key will'
lntvract.~ainly in states with total Inotojoic spin T . 0 and not with
T - 2. ?x9feaeor D. M. Pontokorvo and P. F. 'formolov are thanked for
advice and discussions. There are 5 refereno-io: 2 Soviet nnil 3 non-
Soviet. The referancea--to Englinh-Innguagn publicationp read (to
follova: J; Doahl et al, Proo. of thq 1960 Min. Int. Conf. on 111Eh
Energy Phya. at Rochester, 1960, p. 1051 H. J. Schnitzer. Vroprint, 19611
B. C. Pariah at al. Bull. Amur. Phya. goo.j 1;:,,k, 523P 1961-
ASSOCIATION: Obl'yedinennyy,inatitut 7ndernykI. iseledovanty (Joint Inoti-,
tuto of lluclea~r Research)
Card )/4

1% 11 , ... I - - ~7 ~ -1 ~
MMMZMMM~i , ~ - r,~: -,;..
41, 1 a, -G- - - -
~-/ .-4-12- & - - . . . - . -7
F7- . /9
j L,-; ~
MOMMIMEVA, T.D., GPZBIMrL;:, V. T., LIMAN, 0., ?MTn)V, L. L., SMIVANOV, G. I.

- -- ----- --
BLOKHINTSEVA T.D.,- GREBINNIK,, V G ZHUKOV V.A - LIDAN G UMIIGV L.L.,-
OVO G.I.; YUANI ZHUN-FAN
Yfta Juxg~faxg
SELIVAN I
Measurement of the total cross sections of (-rI-17)-reactions, in
which.the -)7~--mesoxs have an energy of 340 Mev. Zhur,.eksp,i teor.
fiz. 42 no.3.-912-933 Mr 162. (IMA 15:4)
19 Ob"yedizenzyy institut yadernykh issledovaniy.
(Itclear reactions) (MOO01w)
MIT
-i~i 9-9 M W,

BLOKBIWTSEVA, T.D.; GREBIMIIK, V.G.j ZHUKOV, V.A.; LILMN, Gtl--
XXMOVp-L,j SELIVANOV, G.I.; YUANI
(Yuan lung-tang]; SARMTMA, V.R.) tekhn. red.
I
(Interaction betweenff--mesons and bydrogen at an onergy
of 340 Mov]Vzaimodeistvie ZI---mezonov s vodorodoin pri ener-
gii 340 Mev. Dubna.. Ob"edinennyi in-t iadernykh issl.11962.
27 p. (Nuclear reactions) (Yesons) (Hydrogen) (11IRk 15:10)

1J,
41436
S/120/62/000/005/009/036
pro
C, E039/E420
AUTHORS: Blokhintseva, T.D., Vasilenko, A.T., Grebinnik, V.G.,
Zhukov, V A Libman.-G.. Nemenov, L,L;,,
Selivanov: L.I., Yuan Jfing-Fang
TITLE: An eight litre hydrogen-deuterium bubble chamber-in-a-
magnetic field
PERIODICAL: Pribory i tekhnika 'eksperimenta,'no.5, 1962, -51-59
TEXT: A detailed description of the a`pparatus is given.
Essentially it consists of two coaxial cylinders, the inner space
being the working volume and the outer space.for temperature
control. The inner cylinder is of copper to improve heat
transfer and the outer cylinder, together.with mbst of the casing,
I is constructed from lXl8H9T (lKhl8,v9T.) stainless steel.
i: Observation port.s at the ends of the inner cylinder consist of,
discs of J1 K-5 (LK-5) glass 40*mm thick and with an aperture of
280 min. Detailed drawings are given of the expansion apparatus
and the associated two stage double acting electromagnetic valve.
The norm*al gas pressure for operating the expansion apparatus is
7 atm and the.degree of expansion can be altered by changing the
Chrd 1/2

U-
An eight litre hydrogen-
S/120/62/000/005/009/036
E039/E42o
quantity of liquid in the hydraulic system. A detailed
schematic layout of the gas system is shown and constructional
details of the stereo-camera are given. The liquid nitrogen
supply system for the radiation shield and a 24 litre Dewar flask
,for liquid hydrogen are also described. The magnetic field in
the working volume is 12 kilo oersteds and is supplied by a
standard MC-4 Ns-4) electromagnet. Preliminary cooling with
~'liquid nitrogen must be gradual and c6nsumes about 100 litres.
:Cracks were observed on the walls of the chamber when the cooling
;time was less than 8 hours. The time to fill the working volume
,~w�th liquid hydrogen is about 3 hours and requires about 20 litres.
.During operation 2.5 to 3 litres/hour of liquid hydrogen are
!consumed. A photograph of a typical track showing the elastic
,collision of a-rT7" meson with hydrogen is shown. The chamber has
,been used satisfactorily for 6 months during which time
;30000 stereo photographs were obta.ined. - The expansion apparatus
has performed about 70000 cycles without changing the bellows.
The dead time of the chamber does not exceed 2 sec. There am 13 figures.
~ASSOCIATIONI Ob"yedinennyy institut yadernykh issledovaniy (Joint
SUBMITTEDs December 9, 1961 Institute for Nuclear Research)
Card'2/2,

4
5Y63/6 41061192?1067,
B104 13144.-..,
a,' To- -D Ore Got
AUTHORS Blolchiitsey ~innik j" V. .,Zhukdv, I. A
man;'' Nemenovt L L'i Siliv nov - O.~ I "Yuan Jung-fat
ib Go a
L
'droigin at: 340 May
2ITLE i Interaction o it.. mesons:with h
V 44
PERIODIC zhur, na, ntal oy- i~ teoretiobeekoi-fisiki,
~k.~eiiie n
I 96~ '116 426'
no.*-.- -1
e.-reacti6na*:-x-- + p-~-+'%- x :+ '0 pb and.
TEXT: Th n :+ X. +
-A- + P- + -1 stud ied with a 25 cm ~jiquid bydrogein bubble
a g 'rated
chamber in a 12 magnetic.f ield. The x- meson beam' wa &no
in the -synchrooyolotron,of the Liborat' iy di kh- . blem OIYAI
or a ya erny pro
(Laborat6ry Nuclear Problems OMI), the m6so,n energy was 340+115 Nov.
140O.two*-~rong6d stars were found in 16pOOO atereose'dpic-photographso
Those listed in. Table .2 :oomplied - with the f olloving cond itions 2 (1 the
angle; cc between, the track.of the.inciden.t partiole.and-the central plant
;,-'.:of the chamber. must not exceed t4ol '~(2) the n- meson traft"au'st not be
shdrter- *than 10 mi; - (3)'-th6. distance between the-point,of interaction
.1'..7:and the''boundary of Ahe:visible range of. the working volume of the chamber.-.
6rd 1

M, 6130MV, V_ .0_6,0
.4~~eisaovi:6il "6f B104 14V~.-~',
-Jidi; U6' a negative
~,:.,mua hot -be -sua asimutha angi!i.q;
700 1 " M-the nono'okplariarity.: or. el
'. ::inf er A o t i o'n, a' ini -d1 130.- n q anigular-4iAritutioili-and the energy
~i6iribuiions off^ the;-~s"` doo nd'ar, 1 it ai ed
y-,.,pairtio ea sUgge fe6t-, 4ug -to
ies6nance. dfithe'-sp d~ iiiih, lhe,!. ii 6 6i ilu.' 3/2 -` -A
aes of the-
itic in eraction: tiowllliW it- ~total. i T. *.,;.0
Boap-ip was. f ound by
e4pprgy.:A~6tiltuti6~,"iii thei~-(~tx. com.6'a" Theiri.arelo
di"Z.-Wiles
f .-an
gures
-,.ASSOCIATIOR-v.~WiYdd inennyy:,lnijs-t ituit d kh iseleddva is
ya, e'r
dii*ivr~ Raiiia
rah~

$1056 63~044100210191065
102 B18
B YB
AUTHORS: 'Blokhintseva, T. D., Grebinnik, V. G., Zhu;kov, V. it..,
Libm Ifemenov, L.. L. , Selivanov, 0. 1. , Vian Jung-fang
TITLE: The total n-p-reaction oross-seotions at')~_ enerGies of
'276 Mev
PERIODICAL: .Zhurnal eksperimentallnoy i teoreticheskoy fiziki, v- 44,
i,nb. 2, 1963, 498-499
+
TEXT: The total pross-sectionB of the reactions n + p n + n + n and
0
n + p --~ U + n + p were measured at E'- - 276 + 10 Me'~ in the lab system
in a 25-cm liquid-hydrogen bubble chamber placed in a magnetic field.
Among 6000 photogiaphs made 5 events of the first, and one of the second
reaction were found. The cross sections were:
0 2
0 0-4+ 0 3mb and cf2 - 0-08 + 0.08 mb-1
The results are id close agreement witb the theoretical Predictions of
Card 1/2

S/056/63/044/002/019/065
The total n-p-r~,-action ... B102/BI86
H. Schnitzer (Phys.. Rev. 125, 1059, 1962~- There is 1 fi-,gure.
1, r I I f* ~x
ASSOCIATION: Obl'yedinennyy institut,yadernykh issledova-aiy (Joint
Institute of Nuclear Research)
SUBMITTED: September 24, 1962
Card 2/2

F W7 (m ),/T1 /EWA ( M2
~T~"-'nalfon of f-he contrif-it inn nf tht- 3 '2~ 3 12 fsabar to inelastic In-
of 344 MeV Pi meson,; with pzotons
Ya de rna ya I r I kr. , v . 1 , no , I , 19 6 5 , I U 1 - 1 12
TOPIC 1AGS! Inelastic Pf meson scattering, Isobaric model, isobar scattering
~-ct, isohar channel contribution, meson proton interactLon, inelastic scatter-
ing
U a
(I whTcl- the ii.E sn thp F L) rina t ton the
i

A ?'007711
on
04, .7 7
respect f I v.
cm

T f14 N"R: AP5007711
!A-, TON: Ob"yedinennyy institut yadernvkh lassledorvaniv (Joint Ins-t4tute fa
qe--earch)
TBY, T77 F T
28Jul64- ENCL, 00 SUE CODE: M-P
F SC)V 007
F OTHER: 011
ord 3/3

DRAGIIEV, Mikbail Samuylovich~ LIMMy G.1.9 red.; MIGORCHUX9 L.A.9 tekbn.
red,
(Critical evaluation of Present-day imperialism in economics courses]
Kritika sovfemennogo Jjaperia:Lizima'v kurse-politicheskoi skonomil.
Moskvap Goo. izd-vo "Vyssha:La'sbko:La," 1961. 125 P. I (MM 14:8)
(Economin)

LIMAN, Georgiy Izrayloviche SERYAYEV, Yu.S., red.; ROTOVA, R.S.,
red. izd-va; MURASHOVA, V.A., tekhn. red.
(Constant growth of socialist production] Nepreryviqi rost
sotsialisticheskogo proizvodstva. Moskva., Cos. izd-vo
I'Vysshaia shkola," 1961. 120 (MIRA 15:4)
(Economics) ~;ommunism)

'ar
r,7 I1 chp inzh.; LIB14AN, Grigorly Markovich; LEVIN,
rich; BEKHTEM,-Tv-a -Mli,
Boris Mordukhoi n- I R r e-y-d -Q0WUMM-QH
'q
Fedor Ignatlyinrich; BOVE, Ye.G., kand. tekbn. nauk, retsenzent;
TISHCHUK09 A.Lq inzh.t retsenzent; YAKOVLEVj D.V.v inzh.,, red.;
BOBROVA9 Ye.N.f tekhn, red, 1.%
[Operation and maintenance of electric d.c. locomotives) Ekspluatataiia
i obsluzhivanie elektrovozov postoiamogo toka. Moskva, Vses. izdatel'sko-
poligr. obwedinenie M-va putei soobshcheniia, 1961. 341 p. (KIRA l4s8)
(Electric locomotives)

YAKOVLEV, Dmitriy Vasil*yevich; WOVI V.A-, inzh.t retsenzent;,LIWAN,
G.M. . inzh.., retsenzent; KHRAKOVSKIY) Ye.M. , inzh., red. *
-IMVEDEVA, M.A., tekhn. red.
[[Operation of d.c. electric locomotives and their maintenance]
Upravlenie elektrovozami postoiannogo toka i obaluzhivanis ikh.
Moskvaj, Vaes.izdatellsko-poligr. ob"edinenie M-va putei soobshche-
niia., 1961. 269 filectric locomotives) (MIRA 14:12)

RUBCHINSKIY, Zipmnd Moisayevich, kand. tekhn. nauk; TASTEM, Yevgeniy
Edmundovich, inzh.; SHIRYAYEV, Arkadiy Favlovich, inzh.;
DOLMATOV, A.A., kand. takhn. nauk, rateensent;_LIBMAN G M
inzh., reteenzent; NAKHODKIN, M.D., kand. tekhn. niau-l-, retsen-
zent; SAZONOV, I.A., inzh., rateenzent; TRAUTMAN, L.M., kand.
.takhn, nauk, rateenzent; ZUBLEVSKIY, S.M., inzh., red.; RAKOV,
V.A., insh., red.; USFAO, L.A., tekhn. red,
(Design, arrangement, and working principles of the rolling
stock of multiple-unit trains]Ustroiatvo i rabota motorvagon-
nogo podvizhnogo sostava. Moskva,, Transzholdoritdat., 1962.
335 P. (MIRA 16:1)
(Electric railroads-Rolling stock)

KALININ, V.K., kand. takhn. nauk; MIRONOV, K.A., insh.; i-LEVIN, B.M..,
inzh.; LIEMAN..G.M., inab.; IERSHOV, Ye.F... Inah.;
PANICH9415, BOLYCHEV, N.G., maohinint elettro-
voza; ZOlDTAREV, V.N., mashinist instruktor; YANIN, I.A.,
insh.; BOVE, Ye.G.,, kand. tekhn. nauk, red.; USMO, L.A.9
tekhn. red.
(Electric networks and maintenance of the equipment of
electric locomotives] Elaktrichaskie skhemy i ukhod za obo-
rudovaniem elektrovozov. [By) V.K.Kalinin i dr. Moskva,
Transzheldorizdat, 1963. 279 p. (MIRA 16:7)
(Electric locomotives)

PF~gqriy -IYAVSKIY, Simon Nisonovich; RIVIN,
., _j14#qyich; CHM
I.M., inzh., prepodavatell; GORCHAKOVA, O.D., red.
[Systems and operation of d.c. locomotives] Ustroistvo i
rabota elaktrovozov postoiannogo toka. Poskvay Transport,
1964. 343 P. (MIRA 17:9) '
1. Omskaya tokhnicheskaya shkola (for Rivin).

33779
S/108/62/017/001/006/007
If, lol'o (is 0-S, 11q01 / Z? -3 D271/D304
AUTHORS: Lifshitsp Z.M.t Moskovskaya, G.M., and 34bmanq I.S.,
Members of the Socieity (see Asso iati on)
TITLE: New modulator power triodes
PERIODICAL: Radiotekhnika,, v. 17,, no. 1,,1962, 59 - 61
TEXT% New types of power triodes rM-3A (GM-3A) andrm-3A (GM-3B)
are described~ some drawings, characteristics and the usual cata-
logue data are given. The triodes were developed for low and video
frequenck rangep with anode dissipation of 7.5 kW; new anti-emiss-
ion surfacing is used to reduce thermal emission of the grid and
high vacuum -is obtained by the use of metallic getter. GM-3A triode
has water cooled anodeq GM-3B - air cooled. The cathode consists of
six loops-of thoriated carbide tungsten wire forming a cylindrical
surface* Cylindrical grid is a helical winding of molybdenum wire
covered with,platinum in order to reduce thermal emission. The ano.-
de of the air cooled triode has cooling fins; the inner surface of
the anode is covered with electrolytic black chromium to reduce the
Card 1/2

New modulator power triodes
33779
S/108/62/017/001/006/007
D271/D304
reflection of the cathode radiation and, by this meansq to reduce
the thermal current of the.grid. The getter is of titanium and zir-
conium. The triodes can be employed as oscillators and for power
amplification up to 25 - 30 Mc/so There are 6 figures.
ASSOCIATION: Nauchno-tekhnicheskoye obshchestvo radiotekhniki i
elektroevyazi im. A.S. Popova (Scientific and Techni-
cal Society of Radio Engineering and Electrical Com-
munications imeni A.S. Popov) [Abstractor's note:
Name of association taken from first page of journal]
SUBMITTED:
July 39 1961
Card 2/2

LIFSHITS, Z.M.; MOSKOVSKAYA, G.M.- LIBMAN, I.S.
1
Ne,w power modula-tor trides. Radictekhnika 17 no.1:59-61 Ja
162. (YIRA 15:2)
1. Deystvitel'nyye chleny Nauchno-tekhnicheskogo obshchestva
radiotekhniki i elektrosvyazi imeni Popova.
(Triodes) (Modulation (Electronics))
I -I- -,

LIBUNO I..Yao inshoner; THARIN, I.V., inshener.
Casting of abrasive wheel c1resserso LitoprOiST, 40o9:27-23 S
(MLVA 9:11)
(Founding) (Grinding wheels)

LIBMAN, JaninA--..--,-
Gastric cancer in aged men. Polski przegl. chir. 33 no.7/.9:779-781
161,
1. Z I Kliniki Chirurgiczne~ AM w Krekowie Kierowrdki prof. dr
*T.Bogusz. (STOMACH NEOPLASIS in old age)

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,

LIBMAN, K.A.
Highly dispersed silver sulfathiazole, Patent U.S.S.R. 78,424, Dec, 31,
1949.
(CA 47 no.19:10181 '53)

- f -15YA N i - r. .- -k. - - - - - - - -
33483. Vysokonislersnyy Preparat Serebryanoy Soli.Sullfatiazola. Med. Prom-st' essr.,
1949, No 5, C. 43-44 ,
SO: Letopislnykh Statey, Vol. 45, MosWa, 1949

h sohmom of pelp"thyloins Oximas In Wdilau". V1.
Bobavitir ON qCIOUnAms Odme. ;- S. Rnlmov and
X. A. Libum. Zkor. ObskAwl Kkim. (J. Gen. Chctu.v
-207W-W(IOW); cf. C.A. 33. 49M2; 41, d2Mb,, 44.
(13M.-Addii. of 45 mi. 30% 1 [A to A g. cycloheuriont,
-011me Its Pelf. ether sawl Warming 3:1 hm oo 0 siftin Imill
save 22%mlolsexanotte and ame .14"1114romfita
tion with KM"04 fur 24 hri, JEAVC CyClotMIAHOUC
CTO~ EAVe 0.0 1. CYCIOhCXaF%4X1C And 0.30 N. univ4ctel
oxim after 24 firs. (". M. Ko"AAPOO

-USSR/Chemistiry Sulfa Drugs May 51
"Brief Communication: Highly Dispersed Preparation
of the Silver Salt of,Sulfathiazole," K. A. Libman,
All-Union Sci Res Lab Dispersed Drugs
"Zhur Prik Khim" Vol XXIV, No 5, pp 558-560
Highly dispersed prepn of Ag salt of sulfathiazole
.,(I) is best obtained by reaction of Na salt of I
with AgN03 under exposure to sound waves, filtra-
tion and washing to,remove NaNO J. exposure of re-
sultant paste to sound, and drying from frozen state.
Prepn so obtained has high content of small particles
andretains high deg of dispersion.
183T44

LINCZYK, Maria; CHABINKA, Wojciech; GNDLICZKA, Ortmar; JASIMKI, Stefan; LIBMAN,
K.; NOSEK, H.; OSZACKI, Jan; RODECKIo A.
Statistical analysis of cases of cancer of the stomach treated in
Cracov In the years 1947-1956. Polski tygod. lek. 14 no.14:615-618 6
Apr 59.
1, (Z Inntytutu Onkologii w Krakowie; dyraktors doo. dr mod. Hanna
Kolodziejoka, z I Kliniki Chirurgioznej A.M. w Krakowie; kierownik:
T)rof. dr mod. J. Boguzz, z II Kliniki Chirurgicznej A. X. w Krakowis;
kierownik: prof. dr med. K. Michejda I z III Kliniki Chirurgicznej
A. M. v Krakowie; kierownik: prof. dr mad. J, Zasieuski) Krakow, u1.
%rncarska 11 Instytut Onkologii.
(STOMACH NYOPIASMS, statist.
in Poland (Pol))

SYCH, Marek; LIBMAN, Janina
Photometric determination of blood lose during surgical operations.
Polski tygod. lek. 14 no-41:1821-1824 12 Oct 59-
1. (Z I Kliniki Chirargicznej A. M. w KrakDwie; kierownik: prof. dr
Jozef Bogusz).
(0URGHRY, OPERATIVE) (BLOOD VOLUME)

SOURCE COW t
AUTHORS: Lebedev, 0, Yo*; Levina. G.- N.;, Lew~~P-'V,, T4; Libman# M. L. I
Mar~)rnkevich, G, M I Ozerov,, L, N:
none
.4
TITLE: Arrangement-for protecting and uncovering evacuated gauge of a device.
Class - 62.. No. 17530 fan6unc6d by S cial Construction Bureau of the Ana2jytio
Instrument Construction, AN SSSR (Spetsial!n konstruktorskoye byuro
analiticheakogo priborostroyea" AN SSSR)7`e
SOURCE: Byulleten' _izobretpnly i. t rr 31.17
-,ova qkh znakov, no -19,
TOPICIAGS: vacuum,~vacuuq measurement vacuum seal
ABSTRACT., This Author Certificate introduces an arrangement-for-protecting and
uncovering an.evacuated gauge,of a-devics while introducing the gauge into the in-
.vestigated medium (see Fig. 1). The arrangement contains a sealed hood connected to
the nipple of the.device and a mechanism for destroying this hood. To -make sure that
the investigated medium enters the gauge and to protect the gauge-from damage while
it is being uncoveredj, the hood is made up of two metallic parts fixed to one
another andIto the nipple with airtight glass seams. The parts of the hood are also
provided with earlike holders which are connected to the hood-destroying mechanism.

-61 19, - - - - I ~ I w
. . I
A7AW'YZU, S.I., inxh.; LIBMkN, M.P., inzh.
Mobile at=ilIM--#jAtIbtt'for railroad blocking In the German Federal
Republic (from *Der Sisenbahningenieur,'m no.6, 1959). Avtom., telem,
i evias' 4 no.4:47-48 AP 160. (MLU 13:6)
(Oarmany, Weat-~Rai1ro&dn--6jgnaljng)
I

AFARASIYEVA, S.I., iuzh.; LIBMAN, M.R., inzh.
Development of an International signaling s7stem. Avtom., telem. I
eviazi 2 uo-7:45~-46 J1 158. (MM 1V6)
(Wiesbaden, Germu7-Hai lroads-Congre see a)

AFAXASIYNVA, S*Iot insh.; LIBMAN, M.R.,' inzh.
Principles for lin3da flashing light signals of railroad crossings
with the devices of railroad stations. Avtom, tolem. I eviaz' 2
no-144~8 N 158. (MIRA 11112)
(Railroads--Signaling)

APARLSIMA, B.I.. in2h.:_LIBM, H.R., Insh.
.. . -Prom-mbrPad*-Autm~j ". i uviaz' 3 6o.12:43-44
lffl~
1) '59- (KM 23:4)
(United States-Railroads)

AFANASSYEVA, S.I., inzh.; JA~ _M.R. _inzh.
Rail networks without insulated rail Joints- AvtOm-, tQlem-'
eviaz' 4 n0-3:47 Hr 160. (MIRA 13:7)
(Railroads-Rails)

APANASIYNA, S.I.;
Rail couplers on electrified railroads of the German Federal Republic.
Avtom., telem. i svias, 4 no.10:45 0 160. (MINA 13'-10)
(Germany-, West--XLectric railroads--Wires and wiring)

AFANASIYEVA,, S.I., inzh.; LIBMAN, M.R-- i"zh.
Use of a magnetic trans&cel for switebing on 'b1 in , signals.
Avtoide., telemai sviaz' 6 no*2:1+7-48 F 162. (IMA 15:3)
(Railmads-Signal I n )

AFANASITEVA, S.I.D inzh.; LIMN, M*Ro,, inzho
Automation of the centralized traffic control on the railroads
of Greater Hamburg. Avtom.,, telem.i sviazG 6 no.5:/+6 MY 162.
(MM 1584)
(Hamburg-Railroado-Signa.ling)

AFANAS-YEVAp S.I., inzh.; LIBMAN, M.R., inzh.
Use of television on foreign railroads. Avtom., telem. i sviaz'
6 no.3:45-46 Mr '62. (MIRA 150)
(Germany, West--Railroads--Electronic equipment)
(Germany, West--Industrial television)

AFAnSII9VA,, Solo.* inzh~j__.~~A-MjR,,,_in%h,
Television system for observing the tail end of a train,
Avtom-o telem. i oviazt 6 no,,6:46-47 Je 162. (NIRA 15:7)
(Germany., West-Railroade-Blectronic equipment)
(Germany.. West-Railroado-Industrial television)

AFANASIYEVAS S.I., insh.; LIBMAN, M.R., inzh.
Portable radio transmitter-receivers for car checkers. Avtom., telem.
i sviaz' 7 no.1:43--" Ta 163. IMIRA 16:2)
(Railraods-Commilnication systems) (R*ilraods--Mactronic equipment)

AFAHASIYEVA, S.I., inzh.; LIBMAN, M.R., inzh.
Use of -radio control in operating railway crosaway level barrier-,
during switching operations in the U.S.A. Avtom., telem. i sviaz'
8 no.4t47 Ap 164. (MIRA 18:2)
4.

69331
8/129/60/000/05/004/023
E193/E283
AUTHORS: Filyand, M. A.5 and Romanov, V. A., Candidates of
Technical Sciences MAng N- 'R---.Engineer and
lPodolinskaya, S. MR., B gineer kDeceased)
71
TITLE: Non-Oxidizing Heatingtof Precision Engineering Alloyi
PERIODICAL: Metallovedeniye i termicheskaya obrabotka metallov,
1960, Nr 5, PP 15-18 (USSR)
ABSTRACT: The object of the investigation, described in the present
paper, was to explore the possibility of providing a
protective atmosphere during heat treatment of watch
parts (balance springs) by using titanium hydride as
the source of pure hydrogen. There are two methods
of preparing titanium hydride.yJ One consists in heating
metallic titanium in hydrogen to 9000C and cooling it
to room temperature in the same atmosphere. Diffusion
of hydrogen, slow in the initial stages of the process,
becomes quite rapid when cracks have appeared in the
metal; when the saturation point has been reached, a
large quantity of hydrogen becomes adsorbed on the
surface of the grains, as a result of which the quantity
Card 1/8 of this gas absorbed by the metal after this treatment is

69331
S/129/60/000/05/004/023
E193/E283
Non-Oxidizing Heating of Precision Engineering Alloys
higher than that indicated by the stoichiometric formula
of titanium hydride. In the other method, which is more
economicalt titanium hydride is obtained by reduction
of T102 with metallic hydrides such as calcium hydride.
It has been postulated that the composition of titanium
hydride is given by the formula TiHl '-; the TiH2 phase,
richer in rogen, has face-centre Oic crystal lattice
(a - 4.48 t . In the absence of a conclusive proof of
an existence of a hydride with the formula TiH~, it is
probable that this phase consists of TiHi 7 with some
excess of dissolved drogen. Titanium *2ride has
is stable at room temperature
density of 3.912 g/cm , I
and not hygroscopic. One volume of titanium can retain
at room temperature 1800 volumes of hydrogen; on
heating, most of this hydrogen is liberated, but
complete liberation takes place only at relatively
high temperatures (800 to 10000C). The balance springs
whose heat treatment was the object of the present W
investigation, are made of two es 0f Elinvar alloys,
a carbide-bearing alloy N35KhV and arrecipitation-
- MV first series of
Card 2/8 hardening alloy, N41 ~iTA._j7-n Oe X

69331
S/129/60/000/05/004/023
E193/E283
Non-Oxidizing Heating of Precision Engineering Alloys
experiments, the heat treatment of these components was
carried out at 640 to 7000C. in the protective atmospheres
of town gas, dissociated ammonia, commercial grade
heliuml nitrogenl and hydrogen. Although all gases
were passed through a drying and purifying train, they
failed to prevent oxidation of the heat-treated parts.
The attempts to heat-treat these components in vacuum were
also unsuccessful; springs, made of alloy N35KhMV,
retained their bright surface but lost some of their
elasticity, evidently due to the surface layer becoming
depleted of carbon; vacuum heat-treated alloy N41KhTA
acquired a matt surface, most likely owing to the
precipitation of titanium on the alloy surface; similar
effects were observed in the case of venadium- and
molybdenum-bearing alloys. In the next stage of the
investigation, hydrogen, obtained by dissociation of
titanium hydride, was used (titanium hydride contained
Card 3/8 0.75% impurities, including 0.05% N and 0.0,5106 C). The V/

69331
S/129/60/000/05/004/023
E193/E283
Non-Oxidizing Heating of Precision Engineering Alloys
experiments consisted in placing the jarts to be heat-
treated and titanium hydride (contained in small
cylindrical capsules with perforated lids) in a
heat-resisting cylindrical container (700 mm long, 12 mm
internal diameter , evacuating the container to
approximately 10-~ mm Hg, sealing it off and heating in
an electric furnace to approximately 7006C, and recording
the variation of pressure in the container during the
first and subsequent heating cycles. The results are
reproduced graphical on P 17, where the pressure in
the container (kg/cm is plotted against temperature
(OC); graphs a and be relate to specimens in which 2
and 4 g of titanium hydride, respectively, were placed
in the container; numbers ascribed to each curve
denote first, second, etc.9 heating cycle. It will be
seen that when titanium hydride is heated for the first
time no significant quantity of hydrogen is liberated
until a temperature of approximately 5000C is reached,
intensive evolution of hydrogen taking place at 550 to
C)
Card 4/8 60000i on cooling hydrogen is re-absorbed by titanium

69331
S/129/60/000/05/004/023
E193/E283
Non-Oxidizing Heating of Precision Engineering Alloys
and given off again during subsequent heating. During
subsequent heating, the liberation of hydrogen begins
at approximately 3000C, this temperature remaining
constant, irrespective of the number of the heating/
cooling cycles. Regarding the protective properties
of the atmosphere obtained by this method, it was found
that to preserve the bright surface of the treated
articles, hydrogen pressure of 3 to 4 kg/CM2 had to be
attained in the container at the heat-treatment
temperature. Owing to the ability of titanium hydride
to liberate hydrogen on heating, and to re-absorb
it on cooling, one and the same charge of titanium
hydi,ide can be used more than once; it was established
experimentally, that,8 to 10 g titanium hydride (TiH2)
was sufficient to heat-treat 12 to 15 batches, each
containing 400 balance springs. In the next series
of experiments, an attempt was made to produce hydrogen
Card 5/8 by dissociation of titanium hydride, store it in a /

69331
S/129/60/000/05/004/023
E193/8283
Non-Oxidizing Heating of Precision Engineering Alloys
cylinder under the pressure of 1.5 to 2 kg/cm 2, and
then use it for heat-treatment when necessary. The parts
to be heat-treated were placed in the container which
was then evacuated, filled with the cylinder hydrogen,
sealed off and heated to the required temperature.
Although the pressure in the container at -he heat-
treatment temperature reached 5 t rm~ the heat-
0 7 kg/c I
treated parts became slightly oxidized. It was inferred
that from this that full protection against oxidation
is given only by hydrogen obtained directly from
titanium hydride. It was also proved, experimentally,
that when titanium hydride is used to provide the
protective atmosphere, full protection against oxidation
can be ensured ~y evacuating the container to vacuum no
better than 10--L mm. Hg. The bright surface of the'
heat-treated components can be preserved even without
preliminary evacuation of the container, but in this
case, three times more titanium hydride have to be
used to ensure favourable ratio of the partial pressure
Card 6/8 of hydrogen and water vapour which, according to the

69331
S/129/60/000/05/004/023
E193/E283
Non-Oxidizing Heating of Precision Engineering Alloys
equation Fe + H20 t__~ FeO + H2, should be (at 7000C)
not less than 2.5. In the last stage of the present
investigation, the application of titanium hydride in
heat-treatment of soft magnetic alloys was studied. A
trial batch of electro-mechanical filter resonators,
,~in the form of flat plates (6 x 8.5 x 0.2 mm), made of
Permendur aLlLoy K5OF2. was placed in the container,
together with 6 g of titanium hydride (TiH2). The
container was evacuated to 2 x 10- mm Hg, heated to
8500C and after 2 h at the temperature, cooled in the
furnace at the rate of 50OC/h. No evidence of oxidation
was found on the parts treated in this manner, whereas
the previous attempts to protect them from oxidation
by annealing in high vacuum (10-4 mm Hg), or by using
commercial grade hydrogen, proved to be unsuccessful.
It was also found that titanium hydride can be used
Card 7/8 for bright annealing of Co-, Ni-, and Cr-base, precision
V

69331
S/129/60/000/05/004/023
E193/8283
Non-Oxidizing Heating of Precision Engineering Alloys
engineering alloys, such as permalloy, vicaloy, and
others. There are 2 figures and 5 references, 4 of
which are Soviet and 1 German.
ASSOCIATION: NIIChasprom LAI
Card 8/8

065-65
jIa ~c o,. _a,
TITLE., Aging of R4lKhT-A Iloy
11 44
SOURCF: Metallavedeniye i termicheakava nhrahnt-L-n f% I 1 9 1 or, I C- 19
-P-
TOPIC TAGS: alloy aging, spring alloy, nickel alloy. iron alloy. allov mechanical
a 17, e a ttreatmen t, A i I
~"PR;Lrrf The authore investim-ted the
de ormations and a low the rm,)P- ias t i ct7ne f f j c

L 34,065-65
ACCESSION NR: AP500-509'8
bult Innap-r afArm g-Ring at this tmpe dftallgo I nuarrmina- 112n dagtp-n -ne
~i:ie eLectrical resistivitv on uuencning- temDerat-ire re,iealed tziar re:;istance in-
Maskavskiy 7-notitut stali i splmrev (Mot%cew steel and alle"
_E Ll t U t kt;
U-BlaTTED: 00 ENGL: 02 SUB CODE: M
NO REP SOV: 002 OMER: 001
card 214

ACCESSMIN NR! APS005098
kg/r=
Ohl -4
3
Vo
f t
5
ma IL-
-: EAT
M &V IM 4w sw ma- ml c
Card
rF!rTnqTrIP -n I
fv
117 5
X--- P-W

L 34065-65
a I V i Ifir.; 'FATF5005098
e lec tricaL.ge cis t ivity,.,,...
El~
L
Fi: e n
;ure 1. Dependence of 'he electrical resistivity and mechanical properti 6 0
the aging conditiona and quencWg temperattire: I - 1050Ce 2-100C, 3-950C, 4-
900C.
Card 1,14

All,

USSO-hemistry ~Syntheqis
Card 1/1
~Authors_ j_ Chelpanova; L6 F.0 and Libman, N. M.
Title Synthesis and conversion of alpha-.glycols of the ethylene series. Part
3.- Derivation of.2,,-4-diphaylbutc!ne-3-diol-1, 2
Periodical Zhur.,Ob. Khim., 24,_Fd., 6~ 1014 1017--Ili-+
-Abstract_ A new. glycol -of -the--a-cetylene -seri.es--- 2, 4-diphenylbutene-3-diol-1, 2,
with melting point of 101 - 109, was synthesized in strict accordance
with the Iot.sich method. Two new, hitherto unknown in literature, geo-
metrical isom'era of ethylene Olycol -2, 40 diphenyl-butene-3-diol-1, 2,
with melting point of 52 - 53 And 68 - 70 , were obtained. It was found
that.both acetylene and ethylene type glycols, when subjected to cataly~-
tic reduction, yield one and the same saturated glycol - 2, 4-diphenyl-
butanediol-1, 2 with melting point of 56 570. Four references.
Institution The -Lens.oviet Technological Institute, Lenlitgrad
Submitted.. February 2, 1954

'5 (3)
AUTHORS: Kuznetsov, S. G., Libman, If. M. SOV/79-29-7-70/83
TITLE. Synthesis of Cyclic Lmino.Llcohols With Cholinolytic Properties
(Sintez tsiklicheskikh amino'spirtov a kholinoliticheskir.-ii
evoystvami)
PERIODICAL-. Zhurnal obshchey khimii, 1959, Vol 29, Nr 7, pp 2421-2428 (USSR)
ABSTRACT: Kuznetsov assumed earlier (Ref 1) th-at the cholinolytic drugs,
the effect of which resembles that of atropine and which
belong to the group of the aminoalkyl esters, react in the
organism with cholinoreactive systems in the cyclic ionic form.
In this form the distance between the nitrogen and the carbon
atom combined with the cyclic radicals is highly fixed, owing
to the intramolecular ion-dipole effect, and is approximately
equal to 3-7 R. An example of a similar cyclic structure in the
case of the dimethyl-aminoethyl ester of the benzylic acid is
given;
Card 1/4

Synthesis of Cyclic Amino Alcohols With SOY/79-29-7-70/83
Cholinolytic Properties
CH 3>N "-, CH3
0... ~_~CH2
11 1
OH C CH
I "-- '__~ z 2
C C\C R 0
6 5 6 5
The authors conclude in this connection that this distance
corresponds with a distance between any certain points.of the
cholinoreactive system and that it is essential for the molecules
of the cholinolytic compound. The authors wanted to find the
experimental confirmation of this assumption. For this purpose
the synthesis of cyclic structures which were similar to the
structure mentioned was carried out. By a covalent bond a
greater stability of the distance between N and C should be
attained, than with the oom arativoly weak ion-dipole bond. In
Card 2/4 the given formulae W, (Il5t (III) and (IV) the structural

Synthesis of Cyclic Amino Alcohols With -~OV/79-29-7-70/63
Cholinolytic Properties
formulae of this kind of cyclic compounds which were synthesized,
are presented. Compound (1) was synthesized by reaction of
lithium-phen,yl with the meth I ester of the 1-methyl-
by dehydration of the above
nipecotic acid, compound (IT
compound ac cording to the instructions of references 2-4.
Compound (III) was nevily obtained by the authors according to
the :reaction scheme 1. The 3-diphonyl-methylol-dimetfiylamino-
cyclohexene-2 being novel au well was obtained according to
scheme 2. The considerable influence exercised by the distance
between the nitrogen atom and the carbon atom combined vrith the
cyclic radicals upon the physiological activity was thus
established. There are 2 tables and 13 references, 1 of which
is Soviet.
ASSOCIATION: Vaesoyuznyy nauchno-issledoi,atellskiy sanitarno-khimicheskiy
institut Akademii meditsinskikh nauk SSSR (All-Union Scientific
Research Institute of Hygienic Chemistry of the AcadeaV of Medical
Sciences, USSR)
Card 3A

Synthesis of Cyclic Amino Alcohols With SOV/79-29-7-70/83
Cholin6lytic Properties
SUBMITTED: May 21, 1958
Card 4/4

R&BINOVIM, A.P,pLIBKAN, N.K.
Treatment of diabetes mellitue with sulfanilamide preparation*.
Vrach.delo uo.6:641-642 Je 160. (KM 13:7)
1. Xharikovskiy gorodskoy protivosobnyy dispauseril
(DIABMIS) (SULPONAMIMS)

LIBMAN, N.M.; KUZNETSOV, S.G.
Amino alcohols of the acetylene series. Part 2: XX 1,1-
--disubstituted 5-diallcylamipopentinols'with different poviticm
'Of their trible bond. Zhur.ob.khim. 31 no.7:2283-2289 n 9(A.
(MIRA 14:1)
1. Institut toksikologii Akademii meditsinskikh nauk SSSR.
(Alcohols)

8/079/63/033/001/003/023'
D205/D307
;AUTHORS: Libmari-' N. M. and Kuzneteov, S. G.
TITLEz Aminoalcohols of the aoetylenio series. III. Reductioni
of the triple bond
PERIODICAL: Zharnal obshchey khimii, v. 33, no. 1, 1963, 28-35
TEXT: The present work describes the reduction of 1-diethylamino-
3-(91-hydroxyfluorenyl-91)propyne-2, 1,1-diphenyl-4-dimethylamino-
1,1-diphenyl-4-piperidinobutyn-2-ol-1, 1-diethylami-
no-4-(91-hydroxyfluorenyl-91)butyne-3, 1,1-diphenyl-5-dimethylami-
nopentyn-2-ol-1, 1,1-diphenyl-5-diethylaminopentyn-2-ol-1, 1-di-
ethylamino-4-(91-hydroxyfluorenyl-91)butyne-2, and 1,1-diphenyl-5-7.
dimethylaminopentyn-3-ol-l- Hydrogenation over Adams Pt, generally
in EtOH9 gave 1-diethylamino-3-(91-hydroxyfluorenyl-; )propane,
1,1-diphenyl-4-dimethylaminobutanol-1, 1,1-diphenyl-4-piperidin6-
butanol-1, 1-diethylamino-4-(91-hydroxyfluorenyl-91)butane, 191-
diphenyl-5-dimethylaminopentanol-1, and 1,1-diphenyl-5-diethylami
Card 1/ 2

Amindalcohols of the
_-_-_____._.I_____ SIO 79/63/03 3/001/0.0.3/023--'7!
nopeAtanol-1. Hydrogenation of the acetylenic alcohols over Lind-
lar's catalyst allowed reduction to the olefirde alcohols, inter-
1rupting the reaction at this stage. The following cis-alcohols
..)were obtained in this way: 1-diethylamino-3-(91-hydroxyfluorenyl-
j91)propene-2, l,'l-diphenyl-4-dimethylaminobuten-2-ol-1, 1,1-di-
~Iphenyl-4- iperidinobuten-2-ol-1, 1-diethylamino-4-(91-hydro'xyflu-
5batene-3, 1,1-diphenyl-5-dimethylaminopenten-2-ol-1,
1-diethylamino-4-(91-hydroxyfluorenyl-91)butene-2, and 1,.l-diphenyl-?'
15-dimethylaminopenten-3-ol-1. The following trans-olefinic alcoholal
'were obtained by reduction of the triple*bonds with LiAlH 4or
INa/liq.NH : 1-diethylamino-3-(91-hydroxyfluor.enyl-91)propene-2,
3
1,1-diphenyl-4-dimethylaminobutene-2-ol-11 1,1-diphenyl-4-piperi~-
idinobutene-2-ol-1, 1-diethylamino-4-(91-hydroxyfluorenyl-91)butene-I
..13, 1,1-diphenyl-5-dimethylaminopenten-2-ol-1, and 1,1-dipheny~-5-
'dimethylaminopenten-3-ol-1--most of the reduced-or semi-reduced
:alcohole were,converted to.their hydrochlorides by treatment with
i,alcoholic H01. There are 1 figure ana 3 tables.
UBMITTED:' February 3, 1962
Card 2/2
~

LIBMAN, N.M.1 KIJZNFTSOVp S.G.
------- w~
Synthesis of some substituted amino ketones having cholinergic
properties. Zhur.ob.khim. 33 no.6:1991-1999 Je '63. (MIRA 160)
(Ketones) (Parasynpathomimetic substances)

AKISHINAq N.I.j SHUMAN, LAI LIBMANp N.M..
e Use of reserpineand aminazine in a, p&thological alimeicteric in women.
Trudy Ukr. nauch.-Issl. inot. eksper. endok. 19:369-378 164.
(KRA 18:7)
1. Iz klinichaskogo otdala i otdela alaktrofiziologii Ukrainakogo
inatituta eksperiment&llnoy andokrinologii i Kharlkovskogo gorodskogo
protivozobnogo dispansera,

KUZNETSOV, S.G.;__.~IWN, N.~.___
Synthesis of biologically active substituted acetylenic amines.
Zhur. org. khim. I no.8:1399-1406 Ag 165. (MIRA 18-.11)

7 T H
-WT'm
-01" F0%
ACC NRt AP6012609 SOURCE CODE: UR/0182/66/000/004/0013/0016
5's
AUTHOR: Genersono I. G.; Libman, P. M. t;.2
13
ORG: none
TITLE: Experience in the production of and research into rotor forgings of Khl8Nl2M2T
corrosion-resistant austenitic steel
SOURCE. Kuznechno-shtampovochnoye proizvodstvo, no. 4, 1966, 13-16
TOPIC TAGS: austenitic steel, engineering machinery, metal forging, plasticity, impact
strength, ferrite / Khl8Nl2M2T austenitic steel
--ABSTRACT.- This steel is used as the material for certain turbomachine elements operating
in aggressive media. These elements are mostly repres2#ted by rotors, disks and other im-
portant work parts which, in addition to being corro gionLiFesistant, must meet high require-
ments as to physical homogeneity of metal and level of sArength and plasticity. In particular,
the initial experience in the production of rotor fo-r&&Y 6f 1KhlQNl2M2T austenitic steel
0. 09%, C. ~0. 89% Si, - 1. 50% Mn, -16. 6% Ce-413. 3$ N -0.66%'ri, -o. olq~
4,2. 50 % Mo,
S, -0. 018% P) at the Neva Machine Building Plant imeni V. 1. Lenin has revealed that some of
Card V3 UDC: 621.984

ACC NRt AP6012609
these requirements (particularly the plasticity and impact strength of the rotor metal) are dif--!
ficult to meet. Accordingly, to eliminate this snag, the authors experimentally produced a
2,280-kg rotor forging from a 3, 750-kg ingot. The forging Itself was produced In a 3000-ton
press at temperatures of 1160-8600C, in 7 hot-upsetting and drawing operations until it was
brought into the shape shown in Fig. 1. After this It was cooled in air and heat-treated
samples for samples for
mechanical tests mechanical tests
Fig. 1. Sketch of rotor forging (snagging contour) indicating the sites from
Which samples were taken.
Card 2/3

L 44351-66
CC NR1 AP6012609
(austenitized at 1150-1170*C with cooling by running water and tempered at 820-840*C for 10 hr
with cooling in furnace to 150*C). Subsequent mechanical tests of samples showed PL satisfac-
tory level of mechanical properties in Oic longitudinal direction but unBatisfactory plasticity
and impact strength for tangential samples taken from the rotor-barrel end. Ibis prompted
a thorough microstructural investigation of the quality of the metal of the entire rotor, which
revealed a high content of ferritic phase (as much as 7-9%) running in striated form in the
direction of (longitudinal) drawing; this accounts for the relatively low plasticity and impact
strength of the metal of the tangential and radial specimens. To reduce the a -phase content
and to imprgive the plasticity and impact strength of IGil8Nl2M2T steel, metallic Ca (0. 5 kg/
ton) and Ce 42 kg/ton) were added to the melt from which the next forging was produced. This
time the mechanical properties of the tangential and radial specimens were also found sai4q-
factory. Orig. art. has: 7 figures, 4 tables.
SUB CODE. 11; 13U SUBM DATE: none/
Card 3/3 b1g

PUSTYNSKIY,F.; LIBKA3,S-
Overall revision of machine-tractor stations. ism.tokh.no.4:49
JI-Ag '55. (KIMA 8:10)
(Kachine-tractor stations)

RUSSIrAN, S.Y.- SOKDLOT,.A.M., LIBKAN.
S. Tov kandldat-'te)dmlcheWdkb na*, iidoit6i-,'
VWWrMIrAYAj -Ye.A.,- !tekhnichoo)dy redaktore
fab-indilug- procesissol
tekhnold.;-;
~ d go prolsvoostva. Mookys. Goe.nauchno
glahov) kJ!.pto~qo~,mQf Altolno
4 1
moifilnostibit", -lit-ry , io3l. 364 (NLRA 8:8)
lid4 ;p.
(Irou"n'd'ing)

-LIBM&N, S.Ye.g inzh.; FACHIN, V.Kh., inzh,; STNUIN, M.G., inzb.;
=TTSUFIN, S.A., inzh.
Investment castirg of segments of the nozzle apparatus for
the IWT-50 steam turbine. Energomachinostroanie 6 n3-3:
35-37 Mr 16o. (MIRL 13:6)
(Steam turbines) (Precision casting)

S/114/60/000/003/005/008
E194/E355
AUTHORS% LjhM~~ ~chin, V.Kh., Sternin, M.G.
and Elltsufin, S.A., Engineers
TITLE: Casting of Nozzle Segments of Steam Turbine
Type (36T-50 (VPT-50) by the Lost-wax Method
PERIODICAL: Energomashinostroyenlye, 196o, No. 3,
pp. 35 - 37
TEXT: The nozzles of the high-pressure cylinder of turbine
VPT-50 operate on steam at a pressure of 90 atm. and a
temperature of 535 0C. The nozzle boxes consist of four
separate segments wherein milled blades were mounted on
machined rims and welded. The parts were made of forgings
of steel grade 15X11Pj(P (15KhIIMF). After welding, the duct
sizes were corrected by hand fitting. To economise in cost,
labour and metal the Leningrad Metal Works introduced the
lost-wax method of casting nozzle-box sections. The cast
segments have the ends cut off and are then butt-welded
together. The patterns for the blade holders are made of a
mixture of 96% technical urea and 4% boric acid. Those for
Card 1/3

s/ii4/60/000/003/005/008
E194/E355
Casting.of Nozzle Segments of Steam Turbine Type VPT-50 by
the Lost-wax Method
the blades are made in a presstool with a mixture of 50%
paraffin wax and 50% stearine. When the pattern has been
assembled in the mould the urea part can be 'dissolved out
with,..water.
The wax surface is treated with a ceramic paint consisting
of 33% by weight hydrolised ethylsilicate and 67% marshalite,
which Is natural quartz dust. Six layers of ceramic paint
are applied to the pattern. It is then dried, first in air
and then in an ammonia chamber. Next, the wax pattern is
melted out of the mould in hot water at 80 - 90 0C. The
mould is then dried at 200 0C in an electric furnace. The
mould isreinforced with sand and hardened by heating in an
electric furnace for six hours
The nozzle 'segments are cast *~ steel grade I sx. I I I-A CV1
(15KhllMFL) which is of sorbitic structure. After preliminary
cleaning up the castings are heat-treated by a process which
Card 2/3
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--LIBI,WN i-
ly--;.
I ' I
"Rare Matais in Ru;sfa Darin'g the Year5 c1l the Im-yerialist War"
Tavet. Met. 14, No. 6, 1939.
Report U-1506, 4 Oct. 1951.

110n the History of Tungaten Mining in Russia", ITsvet. ),let. 14. jilo 12,
December 1939.
Report U-1506, 4 Oct. 1951.

IJMNI B. P. Cand. Econ. Sci.
- *Rare Metal Industry in the USM. A Living Embodiment of the Stalin Five-Year
Plans,* Tsvet. meta,x No.5,194T
Main Admin. Rare Metals Lxkstry., An-Union Inst. of Mineral Rar Materials

LIBMAN YE. P -
Geography and Geology
Requirements of industry as to the quality of mineral raw materials. Handbook for
geologists- Moskva, Gos. izd-vo geologicheskol lit-ry KonAtets. T)o delam geologil pri
SNK SSSR, No. 41, Lithium, 1947.
Monthly List of RLssian Accessions, Library of Congress, October 1952. UNCLASSIFIED.

- L-7-,!'A~T - ".- I
~ " -PA -.)-Vl4qTS2

LIBKAN, R.P.
Katerial for a biography of
tekh. vol.6:110-124 155.
(Avdeev. Ivan
I.Y. Avdeev. Trudy Inst.istest.i
(MIJU 9 -- 5)
Vasillevich, d. 1865)

LIBMAN, AS -P.
R.I.German's works on chemistry and mineralogy of rare metals.
Trudy Inst.ist.est.1 takh. 12:40-54 156. (MM 9:12)
(German, Radollf Iostfovich, 1805-1889)
(KetalB, Rare and minor)

ZERNOVA, Ye.N.; LMIAN, Ye.P., kand. ekon. nauk, red.,
(Bibliograpby of manuscript reports and printed works of the
Scientific Researeb Institute for Mica, Asbestos Cement
Elements, and the Designing of Construction for Enterprises
of the-Mica Industry) Bibliografichaskii ukazatell rukopisnykh
otchetov i pechatnykh izdanii institute. "NIIASBEESTTsaM."
Hoskvag Otdel nauchno-tekhn. informatsiis 1959. 26 p.
(MIRA 15:1)
1. Nauchno-issleclovatellskly Institut, slyudy, asbestotsement-
nykh izdelii i proyektirovaniya stroitellstva predpriyatiy
slyudinoy promysblennostio
(Bibliograpby--Mica)

KLYKOVA, A.L., assistent, LIB~M, Ye,S,', ordinator
Largrange-Holt-Filat0v operation in glaucoma [with summaz7 in
Rngl1sh], Vest.-Oft. 71 no.6:25-31 R-ID '58 (MIRA 11:11)
1e Xdedrn oftallmologii (zav. - zaslukheaw aeVatell nauki
prof; M.L. Krasnov) TSentrallnogo instituta usovershenstvavaniya
vrachey. (GLAUCOKAO surge
iridenoleisis with sclerectow. Lagrange-Holt-Filatov
method (Rue))