SCIENTIFIC ABSTRACT LUPAKOV, I.S. - LUPANDIN, K.K.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001030910007-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 13, 2001
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

S/129/62/000/002/On/w4
ApplLcaLlon of steel EJL93/E383
(precipitation of Ni3Ti at the grain-boundary regions and in the
interior of the grains) and in a decrease in the lattice
parameter. The results of the next series of experiments
showed that the hardness of the steel studied decreasedon 0
heating, reaching a minimum of approximately 160 HB at 600 C,
then increasing to a maximum of about 210 at 8oo 0C and
decreasing on further heating to reach the value of - 50 at
1. 0000C~, the final decrease in hardness was attributed to
coalescence of the hardening-phase particles and softening of
the solid-solution matrix. Since the preliminary ageing treat-
ment, recommended for parts operating at 680 - 750 C, was
16 hours ageing at 750 0C, parts operating at 800 0C would have
to be aged at, say, 850 OC and the effect of both of these
treatments on the creep properties of steel E1692 was studied
in the next series of experiments.2 The results are reproduced
in Fig. 2, where the stress (kg/mm ) is plotted against time-tow-
rupture (hours) at 800 OC, Curves 1 and 2 relating to specimens
Card 2/5

S/129/62/000/002/011/014
Application of steel .... E193/R383
preliminarily austenized at 1 150 0C (2 hours at the tempering
temperature followed by air-cooling) and0aged for 16 hours at
750 OC (Curve 1) or for 20 hours at 850 C (Curve 2). It will
be seen that although in the high applied stress
(12 - 24 kg/mm2) range the0resistance-to-creep of specimens
preliminaril9 aged at 750 C was higher than that of material
aged at 800 C, this difference practically disappeared in the
low-stress (i.e. long time-to-rupture) range. Since no
anomalous changes in the elastic modulus or heat-conductivity 0
were observed in the steel studied when heated from 700 - 800 C,
it was concluded that this steel retained its high thermal
stability at 8oo 0C and could be recommended for use at this
temperature.
There are 4 figures, 2 tables and 3 Soviet-bloc references.
Card 3/5

ACCESSION NRs i-P4037637 S/0096/64/000/006/0040/0043
AUTHOR: Lupakov,.,.X,.S,, (Candidate of technical sciences); HoskvLdev,
Go So (CandtdAei'of technical sciences); Zakharovp Yus Ve (Engineer);
GerasLmov, Vo V* (Doctor of technical sciences)
TITLE: Comparative investigation of the resistance of some austatlioo',i
tic and austenitLc-fe:rrLtLc steels to corrosion cracking
'SOURCE.- Teploenergetika, no. 6, 1964, 40-43
TOPIC TAGS; steel, stainless steel, austenitic stainless steel,
OKhl8NlOT steel, austenitLe ferrLtic steel, corrosion resistant
steel, steel corrosion, corrosion cracking, steel corrosLon crackingo
stress corrosion, steel stress corrosion
ABSTRACT: Corrosion cracking resistance of ten chromLum-nickel
st'sinless steels containing 0.02-0.07% carbon, 19.2-22.42Z
chromium$ 3,98-12o95% nickel# O&U-1.13% titanium, 1,57-3.55%
molybdenum -'(foar,~et6ols)g* 0*15-0*22% silver (two steels), and
1-90% ferrLt a has been LnvestLgated with sheet specimens 1-1.5 mm
thick, annealed at 1050C and air cooled. The corrosion cracking "I

ACCESSION NR: AP4037637
tests were done in saturated vapor at 330C under a 150-bar pressure
and 16-18 kg/mm2 stress and for some specimens in a 42% magnesium
chloride-3OlUtion at 150C. Tests showed that ferrite content is no
indicator* of susceptibility to corrosion cracking. Susceptibility
to corrosion cracking depends upon the electrochemical behavior
of 'the structural components,which in 'turn is determined by the
chemical composition of the components. It can be assumed that
steels in which ferrite and austenite are both in the.passive state
and have roughly the same dissolution rates are susceptible to
corrosion cracking. Two-phase steels containing 0.05Z C, 19*OZ
Cr, 8.7% Ni, 0.22% Tt with 5 -6Zferrite; 0.02% C, 19.2% Cr, 5.96% NL.,
O.L5% Ti with 15-20%' ferrite; or 0.042 Cp 20.3Z Cr, 6#47Z Ni,
0.272 Ti, 1.57% Howith'.59-r-AO% ferrite were found to be the most
resistant to corrosion cracking and, withstood the: test for
400 hr.. Molybdenum at a content of 1.57%.does not appear to affect
susceptibility to corrosion crackingo but definitely Lncreased.it
at a content cf 2.8% and more. The addition of 0.15-0.22% silver
to steels with a low forr to content increases the steel's resistance
to corrosion crackLng but-lowers greatly itsforgeabLlity, 0.rigs
-2
art. hast tables and 4 figures@..
Card

ACCESSION NR: AP4042260 S/0089/64/017/001/0049/0052.
AUTHOR: Lupakovo Is So; Kux1mLchev, Yus So
c tube walls
TITLE: 11elium penetrability of metalli
SOURCE: AtYmnaya energiya, v. 17, no. 1. 1964, 49-52
TOPIC TAGSt steel tube wall. helium penetrability, helium penetra-
tion, seamless IKhl8N9T steel tubing, AIS1321 steel tubing, E1437B
alloy tubing, NLmonLc 80A tubing, helium diffusion
ABSTRACT: The penetration of helium through the walls of metallic
tubes or cast bushings has been investigated at temperatures up to
800C and pressures up to 100 atme Seamless tubes of stainless
lKhl8N9T (AISI321) steel 24 x 1.5 to 32 x 4.5 mm in vLze were aub-.
jected to an internal pressure varying from 52 to 100 atm for 12-90'
=in; tubes of 12KhIMF steel IS x 0.5 to 22 x 2.0 mm in size were
tested at a pressure varying from 40 to 80 atm for 50-72 min at
700C, and tubes of E1437B (NLmonic 80A) alloy 7 x Oo5 and IOo5 x40 ma
in six* at a pressure of 100-105ato ft 12 min at 900C and at 800C
"Card 1/2

ACCESSION NRt AP4042260
for 3 min, respectively. Practically no 'helium leak was observed
through all tube walls tested at pressures below 60 atm and tem-
peratures up to about 600C, Only lKhl8N9T steel tubes (27.x 3.5 and
27 x 1.5 mm) under a pressure of 60 atm at 600C, and E1437B alloy
tubes (10.5 x 0.5 mm) under a pressure of 100 atm at 700C leaked he-
lium. No leake were observed In all tubes subjected to external he-
lium pressure. Thus, it appears that the penetration of helium
through the tube walls occurs because of submicroscopic cracks
appearing in the material subjected to sufficiently high Internal
pressure at high temperatures and not because of diffusion# The
detected leakage of helium,, less than 10-12 I/cm2eaec, was within the!
limits of measurement,errore No tensile strength changes were
observed in the Investigated materials after helium and air-pressure
1tests. The insignificant changes observed In the mLerostructure can.
ibe ascribed to the natural aging of test specLmons at, high tempora-
tureas OrLgo art* hass 5 figures and 4 table*#
ASSOCIATZOHs none
SUBMITTED# 28Oct63 ATD PRESSs 3068 ZNCLs 00
:SUB CODEt MM NO REP SOVo 002 OTHERs .000
;Card 2/2-

S/129/62/000/010/005/006
E073/E335
AUTHORS: Lup-
I.S. Candidate of Technical.Sciences and
--Viii michev, Yu.S. , Engineer
TITLE: Strength and resistance-to-intercrystallite corrosion
of welded joints on steel X18Hl2yZT (Kh18N12N12T)
PERIODICAL: Metallovedeniye.i termicheskaya obrabotka metallovi
no. lo, 1962, 6o - 63
TEXT: The long-run (at 650*and 7~O OC, with maximum duration
of 1 800 hours) and short-run strength, ductility and impact
strength of the base metal and of weld seams immediately after
welding and after long holding of the specimens at elevated
temperatures as well as resistance to intercrystallite corrosion
of the weld seams were investigated.* Tube specimens, 40 mm in
diameter, with a wall thickness of 3 mm (containing.0.060% C,'
1.26% 11-In, 0-36% si, 16.5% Cr, 12.6350' Ni, 2.22% Mo, 0.61% Ti)
were used in the tests. From tubes welded in an argon atmosphere
with non-melting electrodes (the weld gap was filled with wire
of the material C./,l81Alli-,%(SVKhl8Nl1M)) specimens with the weld
..team in the transverse direction were cut out for strength,
Card 1/2

s/129/62/000/010/005/006
Strength and .... E073/E335
impact and bending tests'. The strength and ductility were
determined at 20, 35o, 6~O and 750 OC; the yield point was
determined by measuring the deformation by means of an instrument
with a scale division of 0.02 mm. Conclusions: weld seams on
the steel Khl8Nl2'Lkl2T, produced by means of automatic tube-welding
equipment with non-melting electrodes in an argon atmosphere,
have the same strengtiv as the base metal. No appreciable
embrittlement occurred after holding the specimens at 650 and
750 OC, respectively, for durations up to 2 000 hours. Investi-
gation on 900 bends of 3 x 10 x 100 mm specimens with respect to
intercrystallite corrosion, according toothe QI method with and
withou. heating of the specimens at 650 C for 2 hours, showed
that the welding seams did not tend to develop intercrystallite
corrosion immediately after welding o r after holding at 650 and
750 OC for durations up to 2 000 hours, There are 4 figures and
3 tabigst
Card 2/2

ACCESSION MRs AP404g813 S/0126/64/018/001/0153/0155
AUTHOR: Lupakov, 1. S.; Kuzlmichev, Yu. S.
TITLEt Effect of nio�ium on compolattion of borides in high-boron
steels
SOURCEt Fiziks meta4ov i metallovedeniye, v. 18, no. 1, 1964, 153-1
155
TOPIC TAGSt high boron steel, high boron steel property, niobium
boron steel, boron nLobium steel# niobium boron steel property, nLo-!
bium boride
ABSTRACTt High-boron steels containing more than 0.2% boron have
low ductility and poor forgeability owing to the presence of a low-
melting and brittle boride phase, which solidifiec between dendrites.
Hot pressure working and heat treatment can change the structure and'
mode of distribution of this phase, but they do not improve the duc-
tility. Iron and chromium form primarily lower borides of the Me2B
type whose specific weight does not exceed 6.5-&/cm2. Thus, in a low-
carbon steel alloyed with lZ boron, the content of the boride phase
Cord- 1/ 3

ACCESSION NR: AP4042813
is 12% by weight and 14% by volume. The notch toughness of this
steel does not exceed 2 kgm/CM2. An attempt has been made to reduce
the volume and hence the detrimental effect of the boride phase by
additional alloying of high-boron steel with niobium, which forms '
primarily higher borides of the HeB2 typee Tests were made on three
low-carbon steels? designated 1,2, and 3, with respective contents of
0.03, 0.03# and 0.06% carbon, 2.16, 1.56, and 0.942 boron, and 0.7, i
1,38, and 1.22% niobium. It was found that with an increasing nio-
bium:boron ratio,the content of the boride phase dropped from 24.2
weight% in steel 1 to 9.0 weight%. in steel 3. Simultaneously, the:
iron content in the boride phase dropped from 64*5% in steel I to 1
75.5% in steel 3; the niobium content in the boride phase rose from.',
2.1% in steel 1 to 7.OX in steel 3. It can therefore be expected
that alloying with nLobLum will have a beneficial effect on the duc-i
tility and forgeability of high-boron steels. Origo art@ has three
tables.
ASSOCIATIONt none
card 2 /3

ACCESSION NRI AP4042813
SUBHITTEDS 09Sap63:
I'SUB CODEt HH
ATD PRESS: .3090'
NO f(EF SOVI 001
ENCLs 00
OTHERt 002,
L
;Card 3/3

LUPAKOV T kand. tekhn. naukj MOSKVICHRV, G.S., kand. tekhn. nauk;
ZAKITAROV, Yu.V., inzh.; GFRASIMOV, V.V., doktor tekhn. nauk
Comparative study of the strength of some austanitic and austanite-
ferrite steels against corrosion cracking. Teploenergetika 11 no.6;
40-43 Je 164. (MIRA 18:7)

kip
ESSIOM ITH: 4
ACCE AP5009114~ S/0089165/018/003/0AW1245
V
aidl yev
AM [OR: Wouk6ij-
TITLE., Stainless. atdel-idti:-~
&'large thermal eutron captuzM M
SOURCE. Atbmnaya- energiVa, '18, 'no., 3, 1965, 242-245
TOPIC TAGS: -stainless steel, new austenit stainless steel, thermal neutron
absorbing steel, oteel.,mecbanical ~ropertypsteel vorkdbili~y, steel weldability,
stee-L corros on. res-is-tance,- 'Er.-2277-qT-ee~.
r en-!
14 do ~a-tpr,6per_ti-es.-_-an(I-_wq k bilityare, de cribed-of
a new ikust
i at 1161i6ii M.0ch P-134
z_c
--forgogf-billetd 96-hov crAcking- van-obse'ry-ed'In -EP429.'steel- veldn

ACCESSION.-
-aged'-welda yakied'Xrom T22-'_toll*~ kg-mfcm Th e EP-229.'stedl velds did not crack
with benditIS to 1-30* bend angle and exhibited no susceptibility to intercrystalline
corrosion. The EP-229 steel is satisfactorily welded by electric arc, axgon-shieldrd
are, and resistance seam welding. The EEP-229 steel has a room temperature tensile
strength of 58.7 kg/mm2, a yield strength of 25.0 kg/mm2, an elongation of 36.3%,
a reduction of area of 53.T%, and a notch toughness of 10.2 kg-M/CM2. At, 350 and
500C the corresponding figures were 47 -0 d 44.9 kg/mm2, 19.2 and 17.3 kg/mm2,
29.5 and 26.4%, and 4T.3 and 46 7%, resp ively. After austenization at 1050C,
EP-229 steel had -an auatenitic ;tructure~,Ctith an amount of the X-phase. Exp03ure
at 350C for 500, 1000, and 4000 hr has no noticeable effect on the steel structure,
and only an insignificant effedt, on the steel hardness and notch toughness. In
water containing 0.06;mg/i chlorir-e ions and 0.025 mg/l oxygen, at-350C under a
preasure of 170 atm, the steel corrosion rate was 0.22, 0.026, o.=4, and 0.003 g
(per m2 per 24.hr), for 50,.-300 .~500, pnd 1000 hr, respectively. In water containing
up to 1.0 *Mg1l' o4ge-q-,,the corrosion.rate at 50C vas 0.29 g (per m2 per 24 hr).
The tests sbovedthat EP-229 steel can be used as a thermal neutron-absorbing
material instead,; of.- -the. :KUMOT-typp steel, Nimonic, and co=ercial nickel. CTrig,
art. has: 6 tables
ASSOCUTION

1(W
P
ME-W- M i 2 Ll
P6000606 SOURCE CODS; UR/0129/65/000/012/0024/0026
/0024/00261-i
YIJW/JD/HW/io
AUTHOR, Lupakov, -
1. S.; Vesillyev, N. A.
ORG: none
TITLE: A new excess phase In chromium manoanese nickel titanium steel
SOURCE: Metallovedeniye I termicheakays. obrabotka metallov, no. 12, 1965, 24-26
TOPIC'T&GS: steel, phsse.~anal~iiz. Impact strength, brittleness titanium
M17G21NIST.(EP229) Cr-Mn-Mi-Ti steel
ABSTRAPT: A4study of Khl,7021N154~EP229) steel revealed that the a tion of 0.5%
and more TV' his"iteel causeithe -formation of a n
ew excess phas truc-
ture. In appearance and position-againit, the background of.the princt a ructural
component -- austenite -- this new phase resembles ct-phase. In this connection, the
affect of Ti an the formation of the new phase was Investigated in five different
melts of this steel,-containing 0.30, 0.55, 0.70, 0.86 and 2.85% Ti, of which all
Have the firat contained the new phase. Radiographic examination revealed that the)'I
new p4se is apparently of the Y-Phase type. This new phase binds not only Ti Cr
and NL4~At also somelamount of
1_~ijinca, its lattice period to smaller than
latEUTS-period of pure Cr-NI-Tt X-phase (8.8 A). The intensities of the interfec-e-n-c
maxima an the roentgenograns indicate that the amount of the new phase increases with
Card 1/2 UDC: 669.15-194:669.26124174:620.186 1

12on-66
AW NRi - AP-6=606
increasing TL contca~ of the steel, as to confirmed by metallographic analysis. It
is a nonmagnetic phase and it displays a micro-hardness that is -3 times as high as
that of the austenite base. This new excess phase is a brittlelgage and,,/4hen pre-
sent in a large amount, it may reduce the steel's plasticity so much as make hot
deformation impossible;.In addition, it wArkedly,reduces impact strensVlwom 9 to
3 kg-m/cmz). An'experimental investigation of-the thermal stability of the new phase
at 700-1300*0 showed that it can be dissolved by heatitig to 11500C for 4 hr with
subsequent air cooling; this leads to recovery of the steel's high plasticity*aud
imp,actstrength. Orij.'art.' has: 3 tables$ I -figures.
SUB CODE: 11,13, 20/ SM D&TEs. nonet-ORIG-REF: 004/ OM REP:- 002

L 29563-66 EWP(k)~EWT(m)a/EVIP(w)/EWP(t)/ErI IJP(c) JD/W/JG
ACC NRt AP6018362 (At N) SOURCE CODE: UR/0089/66/020/005/0440/0442
AUTHOR: Al'shevskiy, L. Ye.; ~uz'mlchev, Yu. S.: Kurachkina, L. M.; Lupakov, I. S.-
Neymark, V. Ye.; Teulin, I. I.
ORG: none
TITLE: Effect of ultrasound 1~ n the ductiLltw of high-boron stainless stee
1 7-7 1-6
SOURCE: Atomnaya energiya, v. 20, no. 5, 1966, 440-442
TOPIC TAGS: steel, stainless steel, high boron steel, boron containing steel,
steel ultrasonic treatment, steel plasticity, steel ductility, steel tube, tube
extrusion/Khl8NI5 steel, Khl8NlO steel, Khl8N6G9 steel, Khl7 steel
A13STRACT: The eff&t of ultrasound on the plasticity of KhMN151~KhIMO,
~d_!2117-8tainless steels containing 2-3.7% boron has been invest gated.
.Khl8N6G9k j
Boroin-at contents above 1.8% forms coarse hypereutectic borides which lower the
steel plasticity. It was found, however, that the shape and size of the horide
inclusions can be improved by applying ultrasonic vibration to liquid steel during
cooling and solidification. The effect of ultrasound was found to depend on the
metal temperature. Good results were obtained at a pouring temperature of 1500C.
Ultrasound 'applied at this temperature broke down boridejwlusions into small particl
uniformly distributed'throiighout the mass of metal and considerably improved the
steel plasticity, especially in rollin . Rolled tub%billets 77 and 106 mm in
1$
Card 1/2 1 C: 621-789.2:669.15

'
ACC NR, AP6018362
.diameter were successfully extruded at 1050-1140C with 90-862 reduction into
satisfactory quality tubes 50 or 71 mm in diameter and 800 mm long with walls
5-6 mm thick. The structure of high-boron stainless steels also can be refined by
homogenizing annealing at 1200-1250C. Orig. art. has; .3 figures& (NDI
SUB CODE: '13, 1l/ SUBM DATE: l4Aug65/ ORIG REF: 003/ ATD PRESS:
A
Card 2/2

L 41036-66 EVT(m5/T/EV1P(t)/ETI IJP(C,) JDA"feJ1JGA'1 B
ACC NR, AP6013727 SOURCE CODE: UR/0089/66/020/004/0330/0333
AUTHOR: kugalc_ vI. Parfenov, B. G.; Gromova, A. 1.
ORG: none
TITLE: The influence of heat treatment on the corrosion resistance of zirconium alloys
SOURCE: Atomnaya energlya, v. 20, no. 4, 1966, 330-333
TOPIC TAGS: corrosion resistance, annealing, zirconium, niobium containing alloy, metal
heat treatment, nuclear reactor material
ABSTRACT: The authors investigate the influence of heat treatment conditions on the corro-
sion stability of zirconium alloys containing 1.0 and 2.5% of niobium. These alloys have been
developed in the Soviet Union for nuclear reactors. ~ Results cover the corrosion of zirconium
alloys in vapor at 400C and 100 atm and the appear"ce of samples held 950 hr. at high tempera-,
ture-hig)i pressure conditions. The authors investigate double annealing, annealing for 30 min
at 7001C, 50% cold rolling without and with 10 min 560C, and 30 min 700C annealing. An analysis!
of the results shows that the best corrosion resistance Is achieved by double annealing. The
effect is the strongest in zirconium alloy with 2.5% Nb. Orig. art. has: 2 figures.
71
Card UDC: 669.018.8:546.831

4103L

e)Llhi m E "v6 P w iWkUt I TJ1 lF k ~IJP~q) vi
ACC NR, iW6031223 SOURCE CODE: UR/0133/66/000/009/0834/0836
AUTHOR: Teumin, 1. 1.; Lupakov, I. S..; Lomakin, V. I.
ORG: none
TITLE: Ultrasonic treatment of boron-bearing steels during solidification
SOURCE: Stall, no. 9, 1966, 834-836
TOPIC TAGS: ultrasonic stee~L-_treatment4 boron containing stainless steel, steel
properties/KhAKOR3 steel, Khl8N6G9R3 steel
4"
A,BSTIIIA high-boron stainless heat-resistant
s\~T: Ingots of Khl8NlOP3 and KhlMCM
steels ere treated ~_ItVii_ltra6onic vibrations during their solidification. The
weight of ingots was 15 kg, which is a usual. production-scale size for ingots of
these steel,~'. It was found that ultrasonic treatment significantly reduced the
grain siz:e18f the boron phase and improved the uniformity of its distribution
*-througho-ut the ingot, thereby improving the mechanical and technological properties
of steels. For insAance, at 350C specimens of tiltrasonicallv treated Khl8N10R3
kg/MM2
I.steel had a tensile~lstrength of '46.8 an elongation of 0.6% and a reduction of~_
area ot The same properties for untreated steel were 1.0.3 kgi,-m2, 0.0%, and
i 0.0% respectively. The mechanical properties of Khl8N6G9R3 steel were round to be
similar. The forgeability of ultrasonically treated steels also was greatly improve(L.
--UDC: 669.~_:La- 2 -534,8,
AL_L6U 746_393

L 45581-66
AP603122
3
a billet 30 x 60 x 80 mm was forged into a slieet bar 14 mm thick without difficulties.!
Orig. art. has: 5 figures.
SUB CODE: 11, 13, 20/ SUBM DATE: none/ ORIG REF: 003/ ATD PRESS: 5082
Card 2/2 4~_

4v
IIJPAL,N.Y.. professor
On the economic feasibility of signal, central control, and block
systems on single track railroads. Tekh.zhel.dor.7 no.10:14-16
0 148. (MLRA 8:11)
(Railroads--Signaling)

FWLAU, P.N. (Docent); LUPAL, N.V. (Prof.)
Hailroads-Electric Equipment
Calculating the line of centralized dispatching with line relays connected in parallel.
Sbor. nauch. rab. LETIIS, no. 3, 1949.
Monthly List of Russian Accessions Library of Congress, December 1952. Unclassified.

Vasill'yevicIL professor; PIMOROV, Aleksandr Sergeyevich,
7o"Go'en ~,dlmir Dmitrivevich, inzhener; SIDOV, Viktor
Hikolayevich. doteent; GAKMW, YeJust redaktor; RAXITO, R.I.,
redaktor; MITROV,P.A.. takhaichookiy redaktor
[Automatic control and telemechanice at railroad stations; remote
control of switches and signals] Avtomatika i talemakhanika na
stantaiiakh-, teleuprovlenie strelkami i aignalami. Pod obshchei
red, N.Y.Lupala. Xoskva, Goo.transp.zhol-dor. izd-vo, 1956. 395 P.
(Uilroade--Signaling) (HLHA 9:12)
(Railroads--Switches)
(Remote controll

32 (3) SOV/112-57-5-10929
Translation from: Referativnyy zhurnal. Elektrotekhnika, 1957, Nr 5, p 194 (USSR)
AUTHOR: Bauman, V. E., Lupal, N. V.
TITLE: On the Problem of Utilizing Dispatcher's Traffic Control Lines Serving
Single-Track Sections (K voprosu s zagruzke linii dispetcherskoy
tBentralizatsii na odnoputnykh uchastkakh)
PERIODICAL: Sb. Leningr. in-ta inzh. Z'h.-d. transp. , 1956, Nr 151, pp 366-377
ABSTRACT: With the existing system of the centralized traffic control, the code
line is overcrowded with sendings, indications come late, and dispatcher's
work is hampered. The Chair of Automation and Telemechanics, Leningrad
Electrotechnical Institute of Railroad Transportation Engineers, surveyed the
centralized traffic control system at a 10-block single-track RR section. The
survey was conducted over 3. 5 days. It was found that 53 control and 324
indication sendings were transmitted per hour on the average. The maximum
Card 1/3

SOVI 112-57 -5- 1 viZ9
On the Problem of Utilizing Dispatcher'; Traffic Control Lines Serving Sir,,,-,L',. -
number of sendings was 508 per hour; the minimum number, 248. The
coefficient of hourly irregularity of line utilization (the ratio of maxirnlm
average) was found to be 1. 35. Average transmission time for one
with a spacing between the sendings was found to be 4.5-5. 0 sec. Tht'
maximum possible number of sendings was found to be 720-800 per The
average utilization of the investigated section was 52%, the maximurn 7 H/o, A
50-607o utilization of a code line causes almost no delays in transmission ~,f
indications that could adversely affect normal dispatcher's work or train traffic.
Delays in indications arriving at the time of maximurn. line crowding a re st,4)1-t
and, according to the dispatchers, do not disturb normal operation. For that
reason, speeding up the signaling is not a dire necessity. A high-speed
centralized traffic control system will be particularly efficient if the Jhn~-~
utilized in a nonuniform manner and at the moments of train crossing W. here
the blocks are identical. The following conclusions are offered:
Card Z13

SOV/112-57-5-iO9.29
On the Problem of Utilizing Dispatcher's Traffic Control Lines Serving Single-
(1) a centralized t,raffic control system for a single-track section having a
block nonidentity factor of 0. 6-0.7 should be designed on the basis of a 5011/0
code-line utilization; (2) with a nonidentity factor over 0. 7, all the more for
the sections with identical blocks, the 50% basis of line utilization does not
exclude considerable overcrowding of the line at some moments; in such ca~~k,,S,
a high-speed centralized traffic control system should be used because it cut.:;
line overcrowding and makes an Increased number of units possible.
4 illustrations.
T. 1. L.
Card 3/3

AZBUKIN. P.A.. prof.:-IA!EA~ U.V..prof.; KOTLYARENKO. N.F.. dote.;
MWGASOT. 9.N., dots.; RYAZAIIPSLT. B.S.,kand. telchn. nauk,;
KIRILWY. M.M., kand. takhn.nauk
Outstanding specialist in the field of railroad automatic and
remote control. Avtom., telem. i sviez' 2 no. 8:43 Ag '58.
(MIRA 11:8)
(Maishav, Petr Vladimirovich, 18,98-)

LUPALI N.V., prof.
Problems in automating the control of switches and signals. Avtom.,
telem. i sviaz' 4 no.10:3-6 o 16o. (MIRA 13:10)
1. Leningradakiy inatitut inzhenernoy zheleznodorozhnogo transports.
(Railroads-Sig~aling) (Railroads--Switches)
(Automtic control)

LUPAL, Nikolay Tasillyevich; BosIv. Katvey Itskovich; pEMMOV,
SHIMOVA. Appolinarlya Tasillyevna;
Xyler, Alsksandr Aleksandrovich* TSUXAMOV, T.T., Icand.
takht6cank, retsenz6at: SMWM: V.I., Itand.telchu.namk,
retsensent; AMNO, I.S., kand.te0n.nauk, red.;
USMO, L,,Ag takhn,red,
[Theoretical principles of automatic and remote control]
Teoreticbeekle ounavy avtomatiki I tolemekhaniki. By N.V.
Inpal I dr. Noskva, Vses.izdatellsko-poligr.obledinanis
H-va putel sodbahchentia. 1961. .414 p.
(MIRA 14112)
(Amtouatic control) (Remote control)

LUPALI N.V.p kand.tekbn.nauk; GUDKOVp A.V.p imh.; MARUSHKO, F.Lp kand.
t nauk
Operational and technical requirements for the automation of
dentralized traffic control. Zhel.dor.transp. 43 no 2:46-47
F i6l. iMIRA 14:4)
(Railroads--signaling--Centr~iized traffic control)
(Automatic control)

LUFAL, N.V , Prof.
"Automatic control, remote control, and communications in railroad
transportation" by D.,P.Borleov, A.IA.Kormilitsyn., and K.N.Erpylov.
Avtom., telem.i aviaz2 6 no.1:47 Ja 162. (W-RA .150)
1. Leningradskiy institut inzhenerov zheleznodorozhnogo tr ta.
(Railroads--Zignalin,V) (Railroads-Electronic equi7epotr)
(Borisov, D.P.) (Kormilitsyn., A.IA.) (Erpylov, K.N.)

LUPAL, N.V., prof.
Evaluation of networks according to their reliability. Ayton., sviazi
7 no.2:10-13 F 163. (MIRA 16:3)
1, Leningradskiy Institut inzhenerov zheleoodorozhnogo transporta
imeni akademika .0braztsova.
(Railroads-Sign,gling) (Railroads-Electric equipment)

LUPAL,, MoVe, prof*
Feedback 1"U bI-;c-kj-rjg and Jnterlockir4 devices and some problems
concerning tbp, further automation of these systems. Sbor. trud.
LIIZHT no..179s:3-8 761. (MIRA 16-..U)

LUPAL, N.V., prof.
Training of teachers and research students in railroad automation.
Avtom., telem. i sviaz' 7 no.12:16-18 D 163. (MIRA 17;4)
1. Leningradskiy institut inzhenerov zheleznodorozhnogo transports.

-iii.i,All),.-?.,.V., prof.
Autom at ic tr a in tv a f '-J c c-:ntr--!- Syo--e~-s. . , f S a-z 1
8 no.11:1-4 N '64-
1. Leningradskiy ordena bellina institut inzhenerov zheleznodo-rozh-
nogo transport-,,. akfidemika 'V.N. Obro.2ftsova.

LUPALO I G ATZIKOV, D.Y.; KOSTRIKIRA, z.j.; YUUMS, M.A.; VEPJMOVTM,
DAHILINA, A., tekhn.red.
[Builders of socialism tell their stories; reminiscences of some
workers who built socialism in the U.S.S.R.] Govoriat stroiteli
sotsializma; voupominaniia uchastnikov sotsialisticheakogo stroi-
tel'stva v SSM. Mon',-a, Goo.izd-vo polit.lit-ry, 1959. 415 P.
. (Russia--Industrie~s Olfficiency, Industrial) (MIRA 13:3)

IPPA. Aqua --,
According to the example of Soviet innovators. Sov.profsoiusy 2 no.5:
73-76 my 154. (HLRA 7-6)
1. Predeadatell fabrichnogo komitsta profsoynsa shveynoy fabriki 1M.
Oeorge Georgiu-Dazh. (Rumania-Labor and laboring classes)
(Labor and 16boring classes-Rumanis)

PLEKHOV, N.D.; LUPAN, A.M.; ABRAMOV, L.S.; BOGDANOVSKIY, V.S.;
REN_fL7=XO-,V-rI.; GREKOVA, Z.I.; GOLIJB, P.I.;
ENERZHEYEVSKIY, Ye.V.; BELOSHKURSKIY, P.I.; PODDUBNAYA,
N.A.; MIROSIRIIKOV, P.P.; KORNEYEVA, L.P.; ZLOTNIKOV,
G.Z.; PAVLISj G.F.; SKACHKOV, I.A.; SEDELEVA, Ye.P.;
POLTORATSKAYA, E.A., red.; LEUSHCHE34KO, N.L., tekhn.red.
[Three-dimensional apartment house construction] Ob"emnoe
domostroenie. Kiev, Gosstroiizdat USSR, 1963. 165 p.
(MIRA 17:2)
1. ~aucbno-issledovatellskiy institut stroiteltrqkh kon-
struktsly.

RUMAITIA/Fmi Animals Swino Q-5
Abs Jour : Rof Zhur Biol., No 6, 1958, No 26220
Author :Luprn L.
Inst :Vot-_Uivon
Title :The Utilizrtion of Ensileged Potatoes as Food for Swine
(Ispollzovnniye silosovannogo kartofolya nn korri erinlym)
Ori_v Pub :Probl. zootohn., 1957, No 2, 35-39
Abstrrct iIt was ostablishod that stocned and onsileEcd potatoes, as
comparod ;.rlth fresh ones, contnin: dry substance (rospec-
tivoly) 26.5 and 25%, protein 2.2 end 2.0%, non-nitrogenous
oxtrnetivo subatmeoe 21-7 and 21.0%, digestible protein 8
rnd 9 g./kg. It is rocomondod to ansilcCo stomod potntoos
with 25% of carrots in order to enrich then with ccrotono.
Potatooo, atomed vnd onsilrgod in concroto pita, cont-in
1-35% of froo Irctic ccid Pnd 0.46% of ccotic rcid. Young
pigs 4-6 raonthe of ego receiving this silcgo in the c.-lount
of 110-500/1 of their ration, showed a higher iroight gain (1y
19%) as compnrod with those receiving rations with concon-
Cord S 212

RUMANIA/Pom Aninrls - Swino
Abs Jour - Rof Zhur - Biol., No 6, 1958, No 26220
Q-5
tratos. A food of 4 kg. of silage brings about a daily
weight gain of 200-250 g. Potato crop fron 1 1-in. may give
750 kg. of pork.
Card : 2/2

RLR
I U-NUL / Farm Animals. Genoral Problems
Abs Jour t Rof. Zhur-Biol., No 6, 1958, 26094
Author Lupan L.
Inst Not given
Title Me Corn for Groon Fodder (Kukuruza na zolonyy korm)
Orig Pub Probl.zootohn., 1957, No 5, 40-42
Abstract i The articla advocato3 in particular the tochniquo pro-
posid by Soviet rosoarchers, namely, sowing of the corn
mixed with Sudan grass to be used as green fodder as vroll
as, for the samo purp6so, sowing of the corn and luGutainous
plants mixed topthcr.
Card 1/1

-- LUPAN) kn_
.Lupan 4,. - Plan of activities for "Q~;5 of the `ect-on of ',onstructior. cif t-',e
0 L .1
Council of the -,ci(--ntific A5sociation oL' ~,ngineers and Tec,,rdcians.
Session of the Central Council of t.it! Scientific Association of -',n~.ineer-q
and Technicians. p.123a
SO: I'llonthly List of East i:,,jropean Accessions List (EEA.L) LC, Vol 4, '.No. 11
NI ovember 19~5, Uncl.

jar:"
~Ty;,

LUPANY ~-I.
Builders! Do you nned silicocalcamous bricks? p. 2.
(CONb'i'RUCTORUL. Vol. 9, no. 37L, IMar. 1957, Bucuresti, Runania)
SO: Menthly List of East 6uropean Accessions (EEAL) LC. Vol. 6, No. 12, Dec*. 1957.
Uncl.

_kUPW,M.,. ing.; IIICULESCU,D.D.., ing.; TMWENRAUM,14., ing.; CAMBUREAIM.A.,
ing.; LOBEL, L.,, ing.; DUMITRESCU, D.V.,, ing.
Some aspects and results of technical and ocient1fic: cooperation
between the Institute of Building Research and Com",ruction
Building Economics, and the Progresul Plant of Prefabricated
Parts, Bucarest. Rev coristrai iiat constr 15 -no.9:493-497 8163.

ELIADE I D.J. ing. ; FIJRIIJTES(d , G. , ing.; LUPAN., I-11. P ing.
Development of the production and uti-lization of nrelabril-cated parts
of reinforced concrete in constructions. Pt.2. Rev corst.- si mat
constr 16 no.9:451-462 S 164.
1. Head of Technical Department, State Committee for Constructions,
Architecture, and To,,m Planning (for Eliade). 2. Director General,
Ministry of the Construction industry (for Furduiescu). 3. Aesiv-
tant Scientific Director, Institute of Building Research and Con3truc-
"ion Economics (for Lupan).

ELIADEP D.0 irg,,; FURDUMCUp G., Ing.; LUTIU, M~, ing.
Developmm-* of prid,,ictim wid ut-Ilization r-f prefabricated
parts or relnforcsd concrete const-rictions. Re7
constr al mat constr 16 na.g;L25-1,36 Ag '64v
1. Head of Techni.,3al SeettonIfzt~its Comel,tee fcr Construstion,
Architecturep and Town Plannt-ng (for FlJ-ade). 2. Pireator
General, Flinistry of the Construation industry (for Furdui*-aou).
3o Agalatant Scientlilio Director, Institute of Building
Reaearch End Construction Economics (for Lupan),,

IMPAN I S.
Aplicatiile Pasni I ale energie-i ~ilqnAqft (Atomig ~!-ergX fQr-
Peaceful Purposes); a book review. p. 2. TEHNICA NOUA. (Asociatia
Stiintifica a Inginerilor si Tehnicienilor) Bucuresti. Vol. 2, no. 27
Dec. 1955
So. East European !,ccessions List Vol. 5, No. 9 September, 1956

cA
L.~. (t7i,9= k=i-). - A' AL"'
Na"' 2
I Aft.
Rw at nateo,
d-
1) r),11-0114:111
11001vilt
f.Tnu.(Ifcjl ( 0 1 ).
AlUmme pt"id, by Ittattits the K pyroand-
nm"tc witb lbe chlorkics and sultates of beashfino and
tolwkw (I-V) Bola. of tht X sAt
to the action = - They all
dLuo1vt In dil. RCI with dc*x". exce" M mms V, wMtb
we dbmwre4 caly In lbe piceme of tutwk ". I
bywitolye" In UsO at -, - t- ati Imulsydromr.
42400600i9 NCW. WMA IQ~~S - LVIO-11#0 lw:ddW. Wbm
to The dtb=tin rwo of cacle or If@" all
1.34 1
- k" 40 0. Aulleger
=

ff~~Sy B!IaMftg L SPMCII WUI SAMIA, I
A wskk , 1,
Mel, Pam, Ckim, *wt. A, 2.
WT! "a W I
i4l., h summAry).- Z:hkmuf" and
l=. "c
m1fates of tolidint and compicz MCtAlArn-
tribirs am added to K damiate to 11 tItun)lr% .411c
SIZ.11M.1 ... f. 1:11
F "Ot'(S
".00 (0" nahiffol),(4) Ifif Off hj.lohl,11,41,
6) HISMI )4WCv(N"4jJloO~. (6) j.%s(I)MjCu, (7)
9"KII)AHCO
t 611.0. They an all myst. empdc. onf. In warin
S
dil. 10, unmabk In bot 1&0. Mcarnples of prepn: (1)
0.73 s. Xr-WOR)s and 1.28 bensidine.111C) are mized well
in a WA*iar wWlt 25 cc. HgO is added stepwiw. tUtered after
10 tnia wilbout watihing, dtied im POVOUII JJAIC 41 3`0010
temp.. malynd after 24 bru. (."As by the Lavrentlul vn~tfmkl,
betuddine-NityKjaMAW). (5)tolc.KstAnnAccdtsolv"l
in6ce.vmcr+4cc.concd.NiWill.5g.Cu(Nits).,;O.i,
added. udzed. mid conled an fee. After 2) usim. the blue
er"tj& are ditcred, and ww&nl twke with HtOll sAid.
"Ith N&Oll insilvish-vahwits Nilialm
(Of 2 hn.. Men "AYMI. IIW ItiftnId-A GW K MILUUMC i-
shown to be X.11%(Off hi. as suanted by M-lucci and Pau-
vand (1903). Gerhard Auficw

from ham =4 Shwahmm.
(Univ, Suckum:t Rummia) A Amd.-gr X-141
Romem, Ser.: Z Am. ~". a. MOM. 26. lf"19,0t, IM)
French mounary).-Ma" con be selid. from Fe avid Alas
.%IUJPY.(SCNM. Tmt abovit alt-W ad. of the slightly
1
Acidic own. coafg. mo. Ft. and M ions with 2 K. tartaric
to atuttalift the add and leave a
A,. and mil to To the
caWmo6m-add2jJK.*fsoh4Nlf95CS. Shakewmiletstand.
After 10 tala. JUW ehmgk a drkd wid wdghed porons
rfucible. Wash the W. with a little dill. rmsent until It is
(Tee front Fe MW Al. Thin wash with I nal. of 15% pyT.
Mint in abe. HtOH mW finally with 2 dt" pyrWfm in S
jul. etber, Wy and weigh. Gertind A~

A
zz
am- -of
del&~ilila Opts big its s a ores, Samlu
Lumn Icad: rep. ~; -mTji-e, Bul.
172?".'eh' ii chins. 4'. Ro. 1-2, l6-22(l932XFrCjI(.) sum-
au'ry); d, F_- M. COMU, C-A - Z+, MO.-rc-p. a,,.~,5 9-
50 mL'bf 3, NN and-tietarzt. acid (I K.
of the bre im. 7YHi
arwa~vwith-
MA Ri
b-
--:H, b4isoly' -A F0 I w0i.
roni:_Ahe hot -San-- C~ si~
46 C6nC&'AeOjV,!~a 1-2 r. -of soli-tl Pb(OAc),, hp_,,kt 6 Wiling,
add 2 int. of A6cOH and electrolyze at 80-5* by using Pt and
frowAfifi pt'k R_thOE- fit hot clild.-ITNO~.'add t6 a-portion
I-the 804-m;i 10%soW. of Ah(SO,)2 and ii-nd newbTilizo
with NHI to methyl orange. Filter the AI(OH)3 row, contg.
all the Bi, wash Cloroug' Idy, dissolve in HCI (1: 1), and det.
the Wrolorimizirim'Ity.
-7-

----------- -
-me-bod f Per
4, 4245-441062).-The'raethDd is,bJVA on thi- for=-
t~fm of t6 nev compleg; 'rcrj( Of hichef
hICA.-wt. than the BiWiar.~evlouilv used; thcsqn4atrAy!3,_,
allalt-h firalb'solvm In ccsolu.-d KI to
W. S'Milh:
mctvs pyes a yellow ppt,~-.,~Mo p~t. is rlr~5-otf-*Ith water

UTPA.11, Sanda
"Eine rpue f7ravinetrische Methods zur Dnstirmnf- dos Cuecksilbers."
Revue de Cbefnie,, Vol. 2, 1954p Bucharest.

7
r1
Z_
471, mts a t UTA ~13
r Rslumaie i. =7
,Alra, RAV,
Fre=ht.-A on. of uew complex pyruand-
mim-ate3 were prepd. and thtLr of dehydration studi,rf. 7"
_KSb(OH)s (1) (0-e-P g ) and OSI g. Gf lir-midene 140 ~_111 -Y
wa-A mixed with .1 ail- of [I.-C) :n a 5triall mcrtar. stirtird Io L,
filtemd und;!: vac~.m~, and dric~J ou c. porous ptztz
id (IjI.), white ffy.1tab, ml.
!'o lit qq. 1`10. Iff IMAA ffi) 11ITPI. (torn IMMIUM Bzd--
1101t.W.110 (IV) by agitatm, wilh 20 rill. Of CLIM. M011
for 10 ittin., filtering, ami WLOLing twice '."ith air.. :zr,.-!
-kc -wit - Vto~ 'Iyeating III WfU
wil _h 11 Iijo at nom urnp.
t
vc ]FIRMOYR,"#1 (Y) whicb losm 'It H-.() 0 d Vill to sive
ILI Me.-U, .
)Whircluirlatment-W I jj?~ 114420S uAn.
W
M011 cauled dccrmtM,. f
N. jb(011,111 Rnd 153011,
t,) and I ~18 V. of 11 wvre, treuted in a mortur with 10
tal. of 11t0 for to mia., fjlt~rcd, and dried at a purou, plate
to give IV, white zr-.~ullr,. snV in dil- aq. HCI. TV .a H,C,
gave V whuzh then went to Won drying. VI was prepd. bv
- - .,i 11,0 atim
treating 0.5 g of III mth 1.0,0 ail . agiv _g fof I hr
adding 50 mi. more of 1140, ap,-zuig for 30 min. inore,
fiftering and drying at roorn tenip.
(M) was prepd. from 0.75 g. of I and 0.45 g. of U in 15 ml.

~~UlfrEyitlri fit rift- 1.,f;tf
Wiglldy yellow 1. -ifAls if] Ondrying lhvv,;~.
4-ccalli Vdk~waifaj OIL! hilli'tmi-c-
a tile 601n. bcattlic vicilcl Wilhout vimillIck- diWW,l"tj-.,f 11!t!
crystal. ThLs wtts ftoilitig -mith ,m-i Nc I
atid t-Irtaricacid. I Wall l"Im,tvo, PC! 1,
ISVOLD.11f. 1,014.

-
1" -:3
M"T
i. Appty to IniftexWS s=b as monazite,
.-aMuUr, thar!-e, and tborianite. The C.- +
titt u."ates. The con<ans are ounined
Th
by "Utth-. ppUi, f Al ..d (m) Ile mn he avaided. or

Pt& Al Ard Fe = be removed I
coti(ii - lemp., and
how corp
Distr; hE3d .
addul. 1`10 m hirbig the pH to i). Ne by
which Th can t>e pind. with K10,
'tow Qny cogptd. Cc can be ren--d 5, i, jzptn w:(h
~qotffl are alw OutlLned. The nieLhvd is bu-~-A un St
Weighing ThOt + CcOi, and then ThO, aionc. Procedams
are: abc given for the decumpri. of the minemls aivl the dis-

COUNTFnr RMIAN'1A H
Chemical Technology. Cbemical Products and Their
Ap~)Iication, 'Moments. 6xidles. "..'ineral Acids.*
ABS. JWR. FOLKhim. No 17, 19,M9, No. G1415
AUMOR : Potont Lunan
INST17M : -
TITU : Derivation of Potassium Salts and of PortIzand
Cement Clinker from Local Ores
OFaG. pUB. : Rev. chira. j 1957, 89 jl'.o 11, 69,;-7n--
ABSTMCT : In -the calcininr of a mixti)re connosed of felds-
par or of glaiiconite sand with CaC19 at 13000 for
30 minutes, more tban POra of K,,O (as NMI) was Vola-
tilized. A cement clinker of good qxiqlity was pro-
d"ced simiiltaneously. For tbe recovery of KC1,'a
laboratory nu+omizinf7 absorber was employed in
which, tle absorbing solution as a fine uAst wtt!~
contacted irit), the KCI mist countercurrently . In
a contineous onormtion, heat contained in the KC1-
-pas was utilized for tbe evaporation of the
*Bases, Salts.
Card: 1/2

COUNTRY if
CATEGORY
ABS. JOUR. RZhKhim., No 17, 1959, No. 61415
AUTHOR
INSTITUTE
TITLE
ORIG. PUB.
ABSTRACT solution frnm which FXI was sid,sequently crysta-
Con 1 (1, llized oiit. Cements, thus acrived from the ~-,Iau-
conite sand, by 'botb the wet anc4 Ory nefl-,ocls, vrere
found to be not inferior to portland cemonts in
their chemical composition as well as in their
nhysico-cbemical nronerties. BililioTrranby incluiles
28 titles. -- Ya. Matlis.
Card: 2/2
24

/-I -S
RUMANIA / Cosmochemistry. Geochemletrir. Hydro- D
cbe,niztry.
Abs Jour: Ref Zhur-Kh1miya, No 8, 1959, 26842.
Author : Cadarcea, A., Ianovici, V., !ova, I., _Lu_~
and Papacostea, C.
Inst : Rumanian Academy of Sciences.
Title : Rare Earths in the D1trau Massif.
Orig Pub: Commun Acad RPH, �) No 3, 321-328 (19r) (in Ruman-
ian with French and Russian Bummaries .
AbStract: A number of outcrops of ore-bearing formation have
been found in tbe alkali rocks in the northwestern
part of the Ditrau Massif (hungarian Autono7-ous
Region (Transylvaniaj). During their investiSation,
the paragenesis of the sulfurous comriounds (pyrite,
9phalerite, chalcopyrlte, galenite, molybdenite)
and minerals containing TR (sic] (monazite, xenotime,
Card 1/2

WMAM/Analytical memistry. Awlysin or inorganic
Compounds.
Abe Jour: Her Zhur-Xhimiya, No 21, 1958, 70541.
Author Lupan M, a,
inst 11-~~~
Title A - Complexometric Determination of Thorium in
the Presence of Cerium.
Orig Pub; R v., chim., 1958.., 9, No 2, 101-102.
up)
amount of Ce (up to 5W mg) is determined by
titration with a complexone III solution in a
hydrochloric acid medium using pyrocatechin
,violet as the indicator. A weighed amount of the
Th and Ce oxides sm~arated prior to the analysis
(PMMlmo 195TP 44664) are dissolved by heating
Abstract: Th (1-2D
in the presence of a considerable
Card 1/5 6

MmIA/Anal,vtical Chemistry. Analysis or Inorganic E
Compounds.
Abe Jour: Ref Zhur-Khimiya, No 21, 1958, 70541.
is determined by its various forms. Lap Pr
and Nb do not interfere with the determination.
Card : 3/3 7

u 1 8
C; T, QG
JOUR. NO- 22 1) 1~9 "'0. 127

A 1 V- R- Lur-br, S. Potop, P. , Babes, A., wid Panaitescu,c

The Extraction of Potaxai,i= SaDI-45 from Solab'e-
--~Lilt Derosit6. Da'a. 'ommani (:a!.; on
-sion
P Fi 9, 4-2-40 T)i Ec ti .-C

A-:13T2ACT tn~? r-omponltion of lt.~hr-.- po-
tasaium. de-porj.cs, in tho T.-cltu&Aa

eratedj ~Rwaavi.
% a)
.:~f three aalt8:
kaJ nite. The authors roet"Ind-
for the ext--acLioii of the dalts wid Uicir 'cro-
into potascium fertilizera by L",-- heit
lt~achin- of YCI from t~,.%. sylvinite. A flow
sheet is given for the industrial-aca-le 5j-Lpir&--
tion of 6ylyinita --,Ato 7c1 an-al Nacl of
purity.
V. Kiriche?,J-o

180

Utillation if (fm chWite hi the Rumanian papor, *c.%tflc
gild fcKvj hiduttlies is d6cussed. (krard AuNga_

1-UPAll, S. ; 9PACU, G.
Aesearaln on causes preventin-, un:ller certz~in of
qwnt'Aies of leed by hydro:-en sulfide; new complex combinatisns of le;A.
(CC~,'U"IM'RILE. Rumanir. Vol. 5, no. .1, 1-iar. 19:-5)
1
30: onthly List of East European fccessi-ns (EEAL) LC, Vol. 6, no. 7, July 1957. U c1.

-4 HFAN, ST.
Lt'P,V-', '--.T. Tehrnlagdp praduselnr clorosod -I cc. -11cu,esti, -"ditilra TP-Krdic;~,
of ohlnrosod; (,- prodlicts. illus.
1956- 431t P- "Tp~--
T F. Cli o ("Y
I U~-'APJIA
r
So: F2st -V,*wro- ean Accessi on V,)-L. 6, No .5, Ea~T 1957

IL
Hungary/Chemical Technology - Chemical Products and Their Application. Mineral
Salts. Oxides. Acids. Bases,. 1-5
Abst Journal: Referat Zhur - MiJniya, No 19, 1956, 62o8i
Author: Lupan, Stefan
Institution: None
Title; Hew Experiments on Alumina Production in Rumanian People's Republic
Original
Periodical: Rovid osszefoglalo a Roman Nepkoztarsasagban folyo es a timfold-
gyartasra vonatkozo uj kiserletek eredmenyeirol, Kohasz. lapok,
1955,, 10, No 12, 515-5161 Hungarian
Abstract: Review of experiments on recovery of alumina from cinder and re-
peated recovery of alumina from red sludge.
Card 1/1

wa
RUMANIA Chemical Technolog3brChemical Products and Their 1-2
Application. Elements. Oxides. Mineral Acids.
Bases. Salts.
Abs Jour: Ref Zhur - Khimiya, No 2, 1958, 5211
Author : Lupan St., Badoi R.
Inat :Not Given
Title :Concurrent Preparation of Alumina and SO 2 from
Bauxite and Gypsum.
Orig Pub: Rev. chim., 1957, 8, No 2, 88-92
Abstract: The diasporic nature of Rumanian bauxites prec-
ludes the possibility of their processing by the
method of Bayer;'they can be effectively utilized
by producing Ca aluminate as the intermediate pro-
duct. It is proposed to replace CaCO 3' in the method
Card 1/2

RUMAPIA-/ Chemical TechnologyvChemical Products and Their 1-2
Application, Elements. Oxides. Mineral Acids,
Bases. Salts.
Abs Jour: Ref Zhur -,Khimiya, No 2, 1958, 5211.
Abstract: of Seailles, by gypsum or by anhydride in order to
obtain, on clinkering, in addition to soluble Ca
aluminate, gases containing SO 2* Semi-production
scale experiments, carried out in an industrial
furnace, demonstrated the possibility of a con-
current production of H2 SO from gypsum and of
Al 03' by clinkering of a Aixture of gypsum, bau-
xi~e and coke, with the formation of soluble Ca
aluminates. The resulting gases contained 8-11% SO 29
which permits their utilization for the production
of H2SO4 , and also for sulfitization of cellulose.
Bibliography 28 references,
Card 2/2

SOV/44-58-4-2900
Translation from: Referativny7 zhurnal, Matematika, 1958,
Nr 4, p 60 (USSR)
AUTHOR: Lupan, Yu. A.
TITM. --C-e-r-ta~in Case s of Integration of the Equation y = -x-p(j') 4
W-Oi(j,) in Quadratures (Nekotoryye sluchai integrirovaniya
v kvadraturakh uravneniya y= x