SCIENTIFIC ABSTRACT UDVARDY, B. - UFELMAN, A.F.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001857820006-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: April 3, 2001
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

UDVARIYY. Bela
ffStandardizatton of building elawtte in machine tool prro--
duction"' by (Ivgj G.Jastrov, (irig.,] Ravieved
by Bela Udvard7. Gep 16 no.1.08 Ta'64-

UDVARDY, Bela
"Safety switches for clamping devices of power-operatel
machine tools" by Ing. Heinz Pohl. Re-viewed by, Bela
Udvardy. Gep 16 no. 2:56 F 16&.

UWARDY, J.
The effect of naphthalene acetic acid and maleic bydrazide
on nitrogen metabolism of apricot flower-buds. Acta bot
Hung 9 no. 3A455-460 163.
1. Plant Physiology Laboratory, Hungarian Acadeny of
Sciences, Alsogod.

~ - IFORVAM9 Maria
Role of the root system in controll, ing the oxldat'-~VT
in barley leaves. Botan kozl 91 P,~
1. Research Group on Plant, Physioloo,, Hungarian Acfidem;~ of
Sciences, AlBog(yl.

UDVkqDY, L.
The "April 4" Collective Farm in Ujronafo is on the way toward a high milk yield. p. 20.
(Magyar Mezogazdasag, Vol. 11, no. 6, Mar. 1956 Budapest)
SO: Monthly List of Fast European Accession (EFAL) LC, Va. 6, no. 7, July 1957. Uncl.

EXCERPTA MEDICA See 14 Vol 13/11 Radjol.ogy Nov 59
2232. DIAGNOSTIC CONCLUSIONS ON THE B~SIS OF 669 SURGICAL EXPLOR-
ATIONS OF THE STOMACH - Diagnostikai tanuls;1gok 669 gyomormatL't
'a
al 'dn - U d v a r d y L. Megyei Kdrhdz, Szentes - MAG. RADIOL. 1958,
10~4'(244-252)-
In men, according to the author*s statistics, duodenal ulcers are found twice as
often as gastric ulcers, whereas in women their proportion is equal. The duration
of the complaints prior to exploration in patients with gastric ulcer was 5-6 Yr.;
in 8076 of the duodenal ulcer cases it was over 6 yr.; in cancer patients 8 - 10 m onths:
in patients with polyps 2-5yr. The age of the patients operated on was from so to
60 yr., which Is higher than that in the statistics of Katsch and Kalk. Perforation
was always diagnosed accurately; penetration in 70-8017o of the cases. Two ulcers
with malignant degeneration were diagnosed prior to operation. There was a con-
comitant gastritis in 80% of the cases. The accuracy of the diagnosis of ulcers by
X-ray and gastroscopy amounted to 99.576. Ninety per cent of gastric tumours
came too late to operation. The detection of polyps by roentgenological and gastro-
sc
exa on a quite certain. GyOrgyi - Budapest (XIV. 6. 19)

UDVARDYJ, M.
59-70-1
Koz1omeny a Pazmany Peter Tudomanyogyetem Altalanos Kortani Intezetebol os
a tihanyi Biologiai Kutatointezet Biochemiai Laboratoriumabol. Histaminhatas es
veralvadas Histamines,and blood coagulation Orvosok lapja, Budapest 1948, 4/27
(247-250) Graphs 4
Histamine (0.01-0.1 mg./mi.) accelerates the in vitro coagulation of blocd
by decreasing thrombin inactivation. After Intravenous injection of histamine
(1 mg-Ag-) the inactivation of thrombin decreases at first, thereafter rising
above the normal level. According to in vivo and in vitro experiments histamine
and heparin are antagonists, 1 mol. heparin is neutralized by 2 mol. histamine.
Histamine may influence the storage mechanism of the reticuloendothelial system
by binding heparin and decreasing the inactivation of thrombin, so causing intra-
vascular precipitation of fibrin.
Fabinyi - Sienna
SO: EXCERPTA MEDICA, Vol. II, No. 11, See. II, Nov. 1949

UDVPEDY., M. 1949
(Budepest Egy. Korelettani Intezet es a Tihvny Biol-yut~ato intezet Lab.)
"Explanation of Cer~-ain Signs of Sbock B.-sed on Investigation of the Inactivation of
Thrombin."
Orvosi Hetilap 1949, 90/4 (106-108)
Abst: Exe. Med. V. Vol. No. 12, p. 888

Ur." A.111
,V~ UY
Biochemical Laboratory, Run,-arian Biological Research Initituvej Tihany Histanine - Heparin-
thrombin chain mechanism Nature 19.4-2, 1948, 162/411-1 (257-258) Graphs 1
Heparin increases the reaction velicity of the inactivation of thrombin. Toluidine
blue diminishes the velocity of inactivation. Histamine also decreanee this velocity
both in vitro and in vivo. Presumably an equilibrium between heparin and hist&-.,dne
exists in the blood, and the inactivation of thrombin is dere:.dent upon the relative
amounts of these drues. Grandjean - CopenhaEen
SO: Excerpts, Medica, Vol. 11, No. 4, Sect. 11 - April 1949

UDVAADY _-r-1 I k0 15
---zfo~
Kozlemeny a Tihanyi 3iologiai Kutatointezet 3iokel~.i Labord-Itorit=.abol. es
Budapesti Pazmany Peter Tudomanyegyeten Altalanos Kortani Intezetebol. A thrombi-nin-
activalas szerepe a veralvadasban The role of inactivation of thrombin in the
coagulation of blood Orvosi fietilap, 1948. 4/27 (241-245) Graphs 5
Inactivation of thrombin increases in nresence of heparin and decreases when sifbetances
binding, heparin (toluidene blue) are added. 'The inactivating system operates only in
presence oP heparin and heparin inactivates thrombin only in presence of a plasma-factor.
'~he rate of inactivation in vivo is determined by the amount of free heparin. The
organism regulates the rate of inactivation of thrombin and therefore t~e coagulability of
blood by an equilibrium of heparin and kinase-like substances. The disappearance of
thrombin is of major importance in the coagulabilit-', of blood and inactivation mustbe
considered a defensive and regulating mechanism of the organism.
Straub-Szeged
So: Excerpta Medica, Vol. II, No. 12, Sec. II, Decenl-.er 1949

MRGITALI, Rezso; I-A."SAI, ~nt%.!: TJ-D*V.,,'-.:jY, Ud,-m~~
Cerebrn! nb~!r:esr in !,.,f' ,.rt I~y !PwIrs, flped2e, (Tv. ilet i' .
98 no 1- "17 211, ,-!1
- 30:82' ~ - :, ', 7.
1. A :l'ejerv!t;yei Tancz i-orhina Knros:~ -Yerenc
i'ertnzc-o9zt,-ily-qrsl- Korb(~,~f-tpni In born to r 11 ur4anp- eq Ifleego:-,~--Iynnnk
-T IF
se,..-,-rLg neertlp Ir. inf. eni-v3ing abscess, ee death (H,m))

UDVARDT, Cdon, -dr.
Catamnestic studies and modern therapy of neurosyphilis. Borg7vgy.
vener. szemle 11 no.2-3:93-96 Apr-June 57.
I.,Yejermogyei TanaoB (Oaztalyvezato: Pentek JozBef dm) Ideggondozo
Intezetenek kozlemenys.
(NMMOBYPHILIS
catammostic data & modern ther. (Elan))

A., I'j; I --) IV
~' - , i J, r I'
ADLER, Mlklo4, dr.;-.U-DVAFMLYI, Agoston, dr.; GORTVAI, (~,orgr, dr.:
Technikal mu~ia~~s Istvanne.
Effects nf bed utilization and the number of patients on
therapeutic work. Napegeezaegua 38 no-3:64-66 Mar 57.
1. KozlemeTq a budapeati Robert Karoly koruti korhaz (igazgato:
Krasznal, Ivan dr.) I. sz. belosztalyarol (foorvos:
Krasznat, Ivan: dr.) as II. sz. beloaztalyarol (foorvos:
Gortvai, Gyorg7, dr.).
(HOSPITALS
bed utilization in Hungarian hosp., relation to
effectiveness of ther. work (Hun))
IF

UDVARHMYI, Apston, dr,
am .-iffi.
Series of bone marrow transplantations in the therapy of
panmyelopbthisis. Orv. betil. 98 no.18:476-478 4 KSY 57.
1. A XIII. ker. Robert Karoly koruti Fovarosi Kozkorhaz
(igazgato: Krasznai, Ivan, dr.) 1. sz. Beloaltalyanak
(foorvos: Krassnai, Ivan, dr.) koslemezWe.
(BONE KARRDW, die.
panmyelopbthials, surg., series of bone marrow
transpl. (Run))

VA ?! i Q t
114 trtct t
a rol:r t i r j t ra t c 171
E I
rl
rVt (303")s ol, ?.ro
uf
J.. i. fr'~Ir'
'W.'!". -,;.no V. of the cl.-II., t k t 1
3 V 1 0 n 1, 0 f t "I pa t'
I . --f-nts,
in i-t-, anci r, -I
T. ~nt r no t L t ;;I;
that t.-~ CaUS,17aCt:S, the
r- et and _;-u'ri 0' 1- he con3i_lamd or j_tc~ -%t.

('70wi"T, J.
It ~ ) - -I -I- - -
71ewer o'~sr-rwtinns on the acild ccndcia"or of' "c P r
el-,,, I- - - - 31
.-aAGYAR K7NTIAT FOLYOMi--T. (Mai-y;ir KprrdI-,,icok .~','rvest?lcte)
Pudal est, H inrar,.,
Vol. 65, no. 4%014~. 196.0
Mor,
, thly List of' Past ELIT-0, E!an Acccss-* on (FEIJ), LC, Vol. 9, no 2, Fe*,-. 196')
Uncl.

UDVAPJIELYI, Katalin; HORKAY, Fereric; GYORGYI14E EdF--.enyi, Judit
Newer observations on the acid condensation of phenolfor-mald-
ehyde. Magy kem folyoir 65 no. 8. 31F-324 Ag 159.
1. Eotvos Lorand Tudomanyegyetem Kolloidkemiai es Kolloid-
technologiai Intezete, Budapest.

BUZAGFI, Aladar;_UDVARHELYI, Katalin; GYORCYINE ZDKMIj Judit
Sorption of solid realn-fractions in solvent-water mixtures.
14agy ~em folyt-Ar 67 no-8040-343 Ag 161.
1. Eotvos lorand Tudomanyegyetem Kolloidtechnologiai Tanazeke,
Budapest. 2. "MaUar Kem. iai Folyoirat" szerkeszto bizottsagi
taftja (for Busagh)

1711 A" 'Pal,
TALLO, L
adzl-
Orv. hetil. 30 MY16".

UDVAROSP K.
aWhat Does Soviet Agroblology Mean for Us?* p. 254 (AmwtudpMMX, Vol. 5, No. 10,
October, 1953, Budapest)
East European Vol. 3, No. 3 1954
SO; Monthly List of A&" Accession*/,..Library of Congress, M
__ MSh MM, Uncl -

UDVAROS~ K.
Manuring the autumn plant at the roots during the spring of 1956. p. 6. (Magyar
Mezogazdasag, Vol. 11, no. 3, Feb. 1956 Budapest)
SO: Monthly List of East European Accession (EEAL) LC, Vol. 6, no. 7, July 1957. Uncl.
j .. ., , ,
I I I., I '---.:. -- I. - -E- ~-

IIDVARWI K.
New methcd in supplementing the -roduction capacity, of soil. p. 2
t. -
(Allami Gazdasag. Vol. 9, no. 4, Apr. 1957. Budanest, Hungar,
SO: Monthly List of East European Accessions (-,EAL) LC, Vol. 6, no. 10, October 1957. Uncl.

BEL'TSOV, VJI.; KITARKItAROV, A.A.; Prinimali uchastiye: PHOKUYIYEVA, G.V.;
UDYANSKAYA, A.A.
Use of sodiur, chlorite for bleaching. Iz7. vys.ucheb.zay.;
tekst.prom. no.6:108-113 '61. 1 115:1)
1. Leningradskiy tekstil'nyy institut imeni S.M.Kirova.
(Bleaching materials)

Cement
"Experiment on TappIng omd Plugging a 6 5/8" Shaft
at a Dew-pth of 3875 Matera.," 'N. Ya. Uiyanskiyp 3 PV
"AzerbeqaManskoye Iteftyanoye Zhotyaystvo" No 9
The article disouselge -how PzNeft- solved the problem
of choosing casings -for the ehaft and plugging cement
in drl)Lllzzg the doe- at vell in Marope.
Ve
IC

IOANNESYAN, R.A.; IIDYANSKIY, N.Ya. .1
Efficiency-iucreasing methods for mass productioa of drilling
bits. Neft.khos. 32 no.1:17-24 Ja 154. (KLRA 7:2)
(Petroleum--Well boring)

INOCHKIN, P.T.; UDYANSKIY N.Ya '. redaktor; MURATOVA, V.M., redaktor;
POWSIN , . ., re 0 .
[From experience in drilling oil and gas wells in complicated
circumstances] Iz opyta bureniia neftianykh i gazovykh skva-
zhin v oslozhennykh usloviiakh. Moskva, Goa. nauchno-tekhn.
izd-vo neftianoi i gorno-topliv-noi lit-ry, 1952. 59 p.
(HLRA 7:3)
(Petroleum--Well boring)

redaktor; TUSMCV, N.L., redaktor; BIKMAN, Tu.X., ve-
dushchly redaktor; TROYD(Olf, I.T., tekhnicheskiy redaktor.
Drill bits; transactions of the All-Union Conference of Petroleum
Ingineeral Burovye dolota; tru.dy Yessoiusnogo soveshchaniia neftia-
nikov. Noskya., Goa. nauchno-te-khn. izd-vo neftianoi i gorno-topliv-
noi lit-ry, 1952. 224 p. (KLHA 8:1)
1. Rassia (1923- U.S.S.R.) Ministerstvo neftyanoy promyshlonnosti.
Nauchno-tekhnicheskiy sovet.
(Petroleum--Well boring).(Boring machinery)

PROTASOV, G.N.; UDYANSKIY, K.Ya.; SAVINA, Z.A., veduahchiy redaktor,
TROFIMIPV,"~-,C."i.','t'Wbnicheakiy redak~or.
[Natural ga:i and oil well drilling; practical manual for master
drillers] Ihirenie neftlanykh i gazovykh skrazhia; prakticheakoe
rukovodetvo dlia burovykh masterov. Moskya, Gos. nuuchno-takhn.
izd-vo neftianoi i gorno-toplivaoi lit-ry, 1954. 541 p.
(Oil well drilling) (IALU 8:2)

, I 'I. '
UDY,'~:BKIY, ; La.
AID - P-157
Subject USSR/Engineering
Card 1/1
Authors Ioannesyan, R. A. and Udyanskiy,. N...Ya.
Title Means for Increase of Efficiency of Serial Drills
Periodical Neft. khoz., V. 32, #1, 17-24, Ja 1954
Abstract The increase of the efficiency of oil well drilling from
1945 to 1953 is related to the improvements In machinery,
quality of material, and workmanship. Reasonable credit
is alSID given to perfection of the drill-reinforcing
method13 such as gas and high frequency current welding
and the electric spark method of reinforcing with
melted metallic powder.
Institution : Military Scientific Research Inst. of Well Drilling
Submitted : No date

- IMMISKIT, N. Ya.
Subject
Card
Author g
Title :
Periodical
Abstract
Institutions:
USSR/Engineering
1/2
Udyanskiy, N. Ya.
AID - P-184
Urgent Problems of Oil Well Drilling under Geologically-
Complicated Conditions
Neft. khoz., v. 32, #2, 6-9, F 1954
Complicated conditions of oil well drilling caused by
prolonged stoppage, low speed of work and in correct
clay mortar often involve 6 land slide, absorbtion of
mortar;, expulsion of water-gas or water-oil, mixtures
and other undesirable phenomena. Various preventive
measuros and regulations are outlined.
All-Union Scientific Research Inst. of Oil Well Drilling,
(VNIT); Central Scientific Research Laboratory (TsNII);
Central. Scientific Research Laboratory of Weighting
Compounds (TsNILYa); Azerbaydzhan Scientific Research
71~Al~

AID - P-184
Neft. khoz..,' v. 32, #2, 6-9, F 1954 (additional card)
Card 2/2
Oil Geological Prospecting Inst. (Az. NINGRI); Petroleum
Inst. of the Acad. of Sci., USSR; Laboratory of Inst. of
Physical Chemistry; Institute of Chemistry of
Azerbaydzhan Acad. of Sci.; Moscow Petroleum Inst.
Submitted No date
A -A

UDYANSKIY, N. Ya.
Subject
Card
Authors
Title
Periodical
Abstract
Institution :
Submitted :
USSR/Min:Lng AID P - 3-ji
1/1
Udyanski2r, N. Ya. and Tomashpollskiy, L. M.
: Resources in the double bore drilling
: Neft. Khoz., v. 32, #5, 22-27, MY 1954
The authors present the analysis of comparative drilling
of vertical and Inclined single and double holes through
various strata. Positive and negative characteristics
of double bore drilling are discussed and illustrated In
the 4 tables with comparative data.
None
No date

MWE
A ID P 56o
Subject USSR/Mining
Card 1/1 Pub. 78 - 26/29
Author : Udyansky, N. Ya.
Title : Activity of the Engineering Administration of the
Ministry of the Petroleum 'Industry
Periodical Neft. Khoz., V. 32, #7, 90-91, Jl 1954
Abstract Recommendations for engineering projects on drilling of
gas and oil wells concerning the standards for drilling
bits, chemical reagents for drilling liquids, retarders
and accelerators, time limits for cement setting, pipe
casing, and strength limits.
Institution : None
Submitted : No date
M-111- MW

ifm
Subject
Card 1/1
Author
Title
Periodical
Abstract
A ID F - 1091
USSR/Mining
Pub. 78 - 2/21
Udyanskiy, N. Ya.
Possibilities in turbo-drilling
Neft. khoz., v. 32, #10, 5-9, 0 1954
The effectiveriess of turbo-drilling through various rocks
is analysed in relation to the RPM of the shaft, the
drill feed, load, fluid pressure and rate of flow. A
possibility of increase of productive drilling operation
is indicated. However, the study of relationships be-
tween various controlling factors is not completed and
its continuation Is suggested. Four charts and 1 table.
Ufa;,"Scientific
Institution :
Research Institute
Submitted : No date

/V -
Subject USSR/Mining AID F - 1130
Card 1/1 Pub. 78 - 8/25
Author Udyanskiy, N. Ya.
Title Some problems in the opening of a productive stratum
Periodical Neft. khoz., V. 32, #11, 31-33, N 1954
Abstract The technique and technology of well drilling for the
opening of a productive stratum Is described particularly
the construction of the base of the casings, the method of
plugging and the specification of fluid composition and
maximum working pressure.
Institution None
,.Submitted No date
RUB ~11

X!
UDYANSKIY, N.Ya., tedaktor; PALEY, P.A.i redaktwr; KCMMXN, K.Y9.0- redak~er;
redaktor.
3V.&tWTA'p- A.R. ;'mmididct6f; TRCWDICV, A.Y.,tekhaichemkiy
Drill bits] Barovya dolota. Moskva, Goo.nauchno-tekhn. izd-vo
neftianoi i gorno-topllirnoi lit-ry, 1955- 171 P- ' (KLAA 9:5)
1. Voeso)mznoyerswvemhchaAiys neftyanikvc; Meso9w,'4954.
(Boring machinery)

UDYAN XjX,_j.Y&., radaktor; ZHVANSTSKIY. Y%j.F., redaktor; KOVALEVA. A.A..
vedushchiy redaktor; ERDINKO, V.S., tekhnicheskiy redaktor
[Improving the quality of well cementing; papers of the All-Unioa
Technical Gonference) Povysheaie kachestva tsementirovaniia skvazhin;
materialy Vsesoiuznogo takhnichaskogo soveshchaniia. Moskva, Gos.
nuachno-takhn. izd-vo neftianot i gorno-toplivnoi lit-ry, 1956. 93 P.
(HLRA 9:11)
1. Russia (1923- U.S.S.R.) Kinisterstvo neftyano3r promyshlennosti.
Nauchno-takhnicheaki7 sovet.
(Oil well cementing)

I UDMSKIY, K.Ta,
-
Methods for increasing rates of well dril-ling in Devonian deposits.
Neft,khos. 34 no-11:14-19 H'56, (KUU 10: 1)
(Oil well. drilling)

UDYANSKIY, Mikolay Takoylevich PAIAY. Folikarp Aytonomovich; TOMASEPOLISKIT,
Ii MA U
,--U-o-M'%rJroVich; bTALZIm, bI.I.. radaktor; BIDUN. Tu.K.. vedtLahchiy
redalctor; MUKRINA, B.A., takhnicheakiy redaktor
LTechnique and technology of boring oil and gas wells in the sixth
five-year plan] Takhnilm i takhnologiia bureniia neftianykh i
gazovykh ekvazhin v shestol piatiletke. Moskva, Goo.nauchno-takhn.
izd-vo neft,i gorno-toplivnoi lit-ry, 1957. 127 p. (MLRA 10:7)
(Oil wall drilling) (Gas, Natural)

UDYANSKIY, Nikolay Yakovlevich, PALIY) P. A., and TOMASHPOL'SKIY, L. M.
Tekhnika i tekhnologLya bureniya neftyanykh i
gasavykh skvazhin v shestoy pyatiletke [by] If. Ya.
Udyanskiy, P. A. Paliy (and] L. M. Tomashpollskiy.
Moskva, Gostoltekbigdat) 1957.
127 p. illus., diagrs., tables. 23 cm.

GURNVIOII, Ya.D.; SHIRNOV, A.S. LIV$IIIT-'J. Z. I. I WSW, M.T. BAIAIIOVBKIYI ' ;,A.
DYANSKI MMUVI YEV, V.H.; AMIYAN, V.A.; LOZGACHEV, P.M.;
PaM. S.S.; KATSKIN. L.A.; RATUSH. P.P.; PARYEWY.
Ye.I.; DUBROVINAO H.D., vedushchiy red.; XMINA. Z.A., tekhn.red.
(Bovici petroleum industry] Naftiaaaia proqrebleanoet' SSSR.
Moskva, Goe.nauchno-tekhn.izd-vo neft, i gorno-toplivnoi lit-ry.
1958. 330 P. (MIRA 11:3)
(Petroleum industry)

r
.61 -'Wye'
AUTHOR: Udyanskiy, N.Ya. 102-58-3-12,132
TITLE: Results of Discuss*L.,~,As on New Drilling Equipment and
Tools (K i-eogaw soveshr-haniya po -.ro3v~-=a 61-.~crudcvankr'l
L instr=,entu diva
I -
PERIODICAL: Neftyanik, 1958, Nr 3, pp 1-3 (USSR)
ABSTRACT: prx;~.-'Iems the mnufacture and
use of -.ize-a eq,,zLpmene- ar,,,d toola fcr deep
exp1c1_~-s,.1_1-or.y oil im.-d gas wells were discussed
at a ~~,oaferen.-e -.Hal-d -in Moacow in Ds,,!e,,._-&.erV 195-7. Repre-
se,utatives of var-IcUs govet-nmeTA-',~all agen,'-.~.es, scientific
reseaic~:.th and. enterprises ms.,auftc-Curing petro-
.Leimi eq~_11pri-nzTit.- pErticipated ir. tHs ~,.svr,"Eerence. The con-
ference noted that the volume of drilling !carried out in
the Russian Federatiaa continues to grow. From 2.01
million meters drilled tca 1950 it inareaaed to 4.43 million
meters in 1957. Wtille the average depth of production
wells increased du271-ng -.1his peric.-I 1,036 meters to
1650 meters, the deyfl-b.. of explorat1ofy _!~pre-hoies increased
Card 1/4

Results of Discussions on New Drilling (Cont.) 92-58-3-2/32
from 1,328 meters to 2,023 meters. At the same time the commercial
drilling rate of the two increased by 89 percent and 77 percent
respectively. Between 1955 and 1957 the core drilling speed has
doubled. Due to this speed-drilling, the volume of drilling has
shown a 30 percent upswing, while during the same period the
number of drilling rigs increased only 16.5 percent. This was
achieved by better training of drillers, advanced drilling
techniques, and introduction of the 130-200 ton capacity
drilling rigs produced by the Uralmashzavod, as well as by the
use of new types of turbo-drills and bits. In spite of this
progress, the conference also had to note a number of short-
comings. Due to the delay in receiving 50-75 ton capacity rigs,
drilling enterprises were compelled to use 130-200 ton capacity
rigs for drilling bore-holes 1,500 m deep. The shortage of the
above-mentioned small capacity rigs delayed the development of
large petroliferous areas in the North and in Siberia, where
Card 2/4

Results of Discussions on New Drilling (Cont.) 92-58-3-2/32-
productive horizons are located at insignificant depths. Such
equipment as electric drive rigs, blowout preventors, etc. is
supplied to drilling enterprises with co'nsiderable delay. The
operativns connected with the preparation, reactivation of
drilling fluid, and removal of cuttings are not properly
organized and are not yet mechanized. According to an
approxLmate forecast for the next 15 years, the crude oil
produCtion of the Soviet Union may reach 350-400 million tons
per year and natural gas production may be 270-320 billion
cu meters. The average depth of exploratory bore-holes and
produ--Ing wells will considerably increase during the
1959-1-965 period. Adequate measures must be taken to attain
these new records. Drilling technology must be improved,
types of bits must be changed, and the steel of which they
are built must be upgraded; smaller, more efficient turbo-drills
must be introduced, and the diameter of production well stems
must be reduced. It has been proposed that 10 to 12 different
types of light duty drill rigs which can be easily assembled
Card 3/4

Results of Discussions on New Drilling (Cont.) 92-58-3- 2/32
and used under different geological, climatic and transportation
conditions should be built. The conference also recommended
speeding up the manufacture of the BU-50 and BU-75 light duty
rigs suitable for drilling 1,500 m deep bore-holes and improving
the design of the 9D and 11DE heavy duty rigs, as well as the
design of 200 atm pressure pumps. Moreover, it has been
proposed to start the mass production of pneumatic cotters
and wrenches which facilitate sinking and lifting operations.
Wellhead equipment must be redesigned and improved. The
resolution adopted at the conference calls for many improve-
ments in drilling techniques, equipment and tools.
AVAILABLE: Library of Congress
Card 4/4

MALWANSHY, V,D.; I
_1~4V$KIYY S-11-4 WMIGHTEY14, Me.; SlNolICT, Vc.V.
"robleirs of the airtightness o-f the cas---ng space =anifold of gas
wells. Gaz. prom. 6 no.9il-6 161. (MIRAA Y..:12)
(Gas wells)

UDYCH, Ya.
[Ob ervations from a thirteen mouth visit to the country of national
communism, Yugoslavia] Sposterezhennia iz 13-misiachnogo pobutu v
Irraini natsional-komunizmu v Iugoslavii. 'Nliu-Iork, 1957. 46 p.
(MIRA 11:1)
(Yugoslavia--Description and travel)

UDY111 j, P - G -
USSR/Chemistry - Anitcorrosion cements
Card 1/1 : Pub. 5C-13/23
FD-514
Author : Udyma, P. G.
Title : Acid- and alkali-resistant cements to be used in the lining of equip-
ment
Periodical : Khim. prom., 300-30L (44-45), Jul/Aug 1954
Abstract : Describes the properties and applications of corrosion-resistant
11arzamit" cements, i.e. phenol-formaldehyde resins containing a filler
and a catalyst which brings about hardening at room temperature. These
cements were formerly supplied by the Rubezhansk Chemical Combine under
the trade mark RKhK. One table. 2 figures.
Institution ; Rubezhansk Chemical Combine.

UDYMA P.G
Conference of machine maintenance men of Ukrainian chemical plants.
Khim.prom.no.1:63 JA-F 156. (MT.RA 9:7)
(Chemical engineering--Apparatus and supplins)

TIDYMA, P.G.
UDYMA, P.G..; SAOAIAYNT. G.V., redaktor; DRIBIN. L,7., redaktor; KORNMVA,
takhnicheakiy redektor
[Controlling ourrosion of equipment for manufacturibg semifinished
=%arials and dyes] Bor'ba a korrostei oborudovenith v proizvodetva
poluproduktov I kranitelai.. Pod rad. G.V. Ssgalabvi. Moskva. Goo.
nanchno-takhne Izd-vo khtm,lit-ry. 1957. 157 P. (Korrostia v kht-
micheakikh proizvo&stvakh t sposoby sashchity. no.9) (MIAA 10:9)
(Corrosion and anticorrosives)

Sm&()V, L.A. , KANTAOZEN, A.V. ; WWLANOV, N.A., rod.; VOLODIN, V.Ye., red.;
KIBRIKI, V.I"-'., red,: KLTINOV, I.Ya., r;~d,: KRUCHININ, V.I., red.;
SAGALAYEV, G.V., red.; UDYMA, P.G., red.; AYZENSHTAT, I.I., red.;
SHPAK, Ye.G., tekhn.re&-----#**'-"
[Acidproof cerrimic chemicAl anparatusl Kh1micheskaia apparatura
17 kif;1otc!'oornoi keramikl. Pod red.N.A.Baklanova. Moskva, Gos.
riauchrc-te',--hf1.izd-vo khim.I'Lt-ry, 1957. 164 p. (Korrozila v khimi-
cheskikh proizvodstvaldi i sposoby zashchity, no.10) (MIRA 10:12)
(Chemical apparatus)

AUTHORS: Udyma, P.G,, Allperovich, S.A. S-N,
TITLE:
.1 - 4.-q' T.-JU91
~ry Za-
Tasks in the Fiell of Ecuipment for
dachi v oblast-1. d.1ya
PERIODICAL: Khimicheskaya nauka i promyshlennost', 1958, Vol III, Nr 6,
pp 690-693 (USSR)
ABSTRACT: The production of tbo Soviet chemical industry is planned to
increase 3 timers 965, A total of 15 plants of chemical
machine building will be built and put into operation, 42 other
plants will be finished or modernized. Machines must be de-
veloped for the thermal processing and separation of natural
and refinery gases. Adsorption units with a power of 13,000
m3/h are now used. The condensation-rectification units have
a capacity of 6,000 m3/h. It is planned to increase the ca-
pacity of such units. Reactors for the polymerization of poly-
ethylene under a pressure of 1,500 atm must be developed.
2
Drum-type vacuum filters with a filtering surface of 40 m
piston compressors with a capacity of compressing 16,000 m34h
to 320 atm, oxygen turbine compressors compressing 12,000 m-)/h
to 27 atm, ethylene piston compressors compressing
ioo m3/h to
m
1,500 atm, turbine vacuum pumps evacuating 80,000 /h to a re-
Card 1/2 sidual pressure of 0.1 atm, etc are being developed. In. the
"M'
4~

M~isks 4n the Field of Equipment for the Chemical industry 71
years 1959-1965 the industry needs 200,000 centrifugal and
plunger pumps, among them more than 100 new types of centri-
fugal pumps and 30 new types of plunger pumps. Enameled ap-
paratuses must be produced on a broad scale as well as heat
exchangers and extruders for the plastics industry. About
~,500 - 1,700 types of 3orrosior.-resistant machines with re-
mote electrical, pneumatic and hydraulic control must be de-
-:elcped.
Card 2/2

5W PHASE I BOOK EaWXTATION SOV/2395
Udyma, Petr Grigorlyevich
Reaktsionnyye apparaty anilino-krasochnoy promyshlennostil montszh',
ekspluatatsiya. i remont (Reaction Apparatus in the Aniline Dye Industryl
Assembly.. Operationp and Repair) Moscows Mshg:Lz, 1959. 161 P.
Errata slip inserted, 2,,000 copies printed.
Revieweri N. A, Baklanovj Ed.: As I, Orlov; Ed, of Publishing House:
G. F, Polyakov; Tech, Ed,: Ve D, ElIkindj NaaWng Ed. for Literature
on Machine and Instrment Msnufacturingi Ne V,, Pokrovsklyo Engineer,
FURI'OSE; This book is intended for workers In mechanleal units of aniline
dye plants and related branches of the chemical inftstry.
COVERAGE: The book briefly covers the principal materials used in the
maumfacture of keffles used in aniline " plahts and gives obaracteristics
of I~ettlesiand mudliary equipment. Typical designs of equIpwut,, data
on repairing, disassembling and assembling reaction equipineut, and
safety measures during repairs are discussed, NO-personalities are
mentioned. There are 5 references, all Soviet.
Card 1/3

Reaction Apparatus in the Aniline Dye industry (Cont.) SOT/2395
TABIE OF COMENTS:
Farew rd 3
Ch. I. Assembly of Kettles 5
Classification of kettles and materials for their production 5
Acceptance and storage of equipment 16
Organization of assembly and installation vork 18
Assembly of kettles 25
Ch# Il. Operat-ton of Kettles 35
Preparing kett'.es for operation 35
Filling of kettles 38
Heating and cooling the reactive maas 40
Rqwving the reactive mass from kettles 48
Ch* 111. Repairing Kettles 54
Planned preventive repair of equipment 54
Repair of kettle parts 69
Ch. 17. Safety Meawares in Repair Work 159
Card 2/3

HIKOLATEV, Y.B.; -VDUA, P-G- , ALAVERDOY, Ya.G. , inzh., red,; GORDBMI,
L.I., tekhn.red.
[Now machinery and equipment for chemical industries; shown at
the IOAkhemal Nxhibition (Woot Germany)] Novoe oborudovaide dlis
zavodov khimichookol promyshlonnosti; skeponiroveno no vystavko
"Akhema* OMG). Koskva, Gos.nauchno-tekhn.izd-vo mashinostroit.
lit-ry, 1960. 134 P. (MIRA 14:1)
(Chemical engineering-Equipment and supplies)
(Germany, West-Ixhibitions)

UDYM, P.G- . JrL%h. of glass apparatus. Khio.t'ash no.4:45-46
Manufactu-re ZKLU 13%7)
160
ji-Ag cc (Glass)
bemi .,

q1WHRIMOV, VasilLy Ignatlyevich; rDIMA, P.G., .inzh., retsenzent;
ALAVERWY, Ta.G., lAzh,, re~[.,- 3LIKIND,-V.D., takhn.red.
(Rotary Vacuum pumps and compressors with a liquid piston]
Rotatsionnys vakkum-naaosy i kompressory o zhidkostnym
porabnem. Moskva, Gos.nauchno-tekhn.izd-vo mashinostroit.
iit-ry, 1960, 250 (KIRA 14:4)
(Vacuum pump93* (compressors)

3/06 60/000/005/009/009
B01 5YB058
AUTHOR: Udyma, P. G.
TITLE: All-Union Scientific and Technical Conference on the
Application of Polymers in Anticorrosion Technology
PERIODICAL: Khimicheskaya promyshlennoBtf, 1960, No. 5, P. 84
TEXT: The Vaesoyuznoye nauchno-tekhnicheskoye soveshchaniye po
primeneniyu polimerov v antikorrozionnoy tekhnike (All-Union Scientific
and Technical Conference on the Application of Polymers in Anticorrosion
Technology) which was convened by the Vsesoyuznyy Sovet nauchno-
tekhnicheskikh obshchestv (All-Union Council of the scientific and
Technical Societies), the Vsesoyuznoye khimicheskoye obshchestvo im.
D. I. Mendeleyeva (All-Union Chemical Society imeni D. I. Mendeleyev),
the Gosudarstvennyy komitet Sovets, Ministrov SSSR po khimii (State
Committee on 1!j bistro of the Council of Ministers of the US and the
Leningradskiy sovnarkhoz (Leningrad sovnarkhoz) was held in Leningrad
from June 28 to 30, 1960. It was attended by 650 delegates from in-
dustry, research and sovnarkhozes. 10 lectures and 24 reports were
Card 1/2

All-Union Scientific and Technical Conference S/o64/6o/000/005/009iOO9
on the Application of Polymers in Anti- B015/BO58
corrosion Technology
delivered. M. M. Koton discussed the synthesis of new chemically stable
polymers, and the lecture of A. L. Labutin was concerned with the pro-
duction of liquid polymers.\\and coatings made therefrom. B. A. Krentsell
dealt with thermoplastic polymers. T.,g. Nikolayeva reported on_-experi--
ments with coatings of "ftoroplast-3'Yfor corrosion protection Pconduct-
ed at the Gosudarstvennyy institut prikladnoy khimii (State Institute of
Applied Chemistry), using theyflH-4 (UPN-4) apparatus for applying the
plastic. N. A. dritskiy/gave a detailed report on the application of
polymers and nonmetallieWcoating materials in the petroleum industry.
In his lecture, D. A. Kikut gave several examples on the application of
transparent plastics in instrument construction, while P. P. Neugodov
band I. Ya. Klinov described a new method for the manufacture of
graphitized p1 ics 4A. I. Reybman discussed the application of
lacquers and pal--n-Fo-for the corrosion protection of steel equipments.
It was finally decided at the Conference to promote the application of
polymers in corrosion protection.
Card 2/2

3106316010051006100091014
A051/A026
AUTHORS: Udymaq
TITLEz The All-Union Scientific and Technical Conference on Anti-
Corrosion Techniques
PZRIODICAL: Zhurnal Vseso znogo Khjmicheskogo Obshchestva im.D.I.
Mendeleyeva, TU960. No. 6, Vcl- 5F pp 697-699
TEXT: An all-union conference on the application of polymers in anti.-
corrosion techniques was organized on the 28-30 of June 1.960 in Leningrad by
the All-Union Council of Technical and Research Societies and the All-Union
Chemical Society im. Mendeleyev, in cooperation with the State Committee of
the USSR Council of Ministers on Chemistry and the Leningrad Sovnarkhoz. As
many as 650 representatives of various enterprises, scientific research organi-
zations took part.. Ten papers and 24 reports were submitted. 19 people tock
part in the discussions. A display of exhibits, photographs and publications
was offered. P.G. Udyma spoke on the use of natural and petroleum gases for
producing synthetics, and resins, lacquers, dyes-in protecting chemical equip-
ment against corrosion. Special emphasis was placed on using plastics in the
machine-building industry of chemical equipment. The author further referred
to the recent development of carbon-graphite materials, used for manufacturin.-
Card 1/5

SIO 6 3160100 5/00 6/0,09/0 ~-- 41+
A051/AO26
The All-Union Scientific and Technical Conference on Anti-Corrosion Techniques
heat-exchanging apparatus and chemical equipment. Lined, non-metallic
materials, of non-organic origin are being manufactured., Twc. plants are being.
put up for the manufacture of diabase articlas, one plant for the manufacture
of ceramics, one for the production of commercial glass and pipes, The author
further emphasized the need for more research in the field of anti-corrosion
measures. M.M. Koton, Corresponding Member of the AS USSR spoke on the problems
of synthesis of new chemically-stable polymers by using natural gases and the
products of petroleum refining. Special attention was given to polyethylene
and its derivatives, as high-molecular compounds to be used as material for
anti-corrosion protection. Mention was also made in this paper of the irradiat-
ed polyethylene-irratine, hyride , and chemically "sewn'! polyethylene vul-
cene, chlorosulfonated polyethylene-hyppalone, the latter suitable for protect-
ing chemical apparatus from corrosion. The practical significance of fluoro-
plasts, i.e. that of hexafluoropropylene and tetrafluoroethylene or vinylidene-
fluoride copolymersq was pointed out. The latter are stable to the boiling
of strong nitric acid. Investigations are being carried out on polymer
materials of the polycarbonate class' -from which thermoplastic materials a-re
produced, of the macrolon type, stable to oxidizing mediums and snivents,
Card 2/5

3/0063/60/065/006/0-09/cil-,
A051/AO26
The All-Union Scientific and Technical Conference on Anti -Corrooi.on Techni-quez;
Silicon-organic polymer liquids, rubbers, plastics4 having great possibilities
as protective materiais are being given special consideration. A,A. Labutin,
Candidate of Technical Sciencesspoke on the new liquid polymers and rubber
protectionst based on the latter. Special attention was -iven to the I.Ow-
molecular chloroprene rubbers, such ,As sodjuindivinyl., divinylilitri.10, chloro-,
prene, polysulfide, isobutylene, etc., also used industrially for anti-corrosicz)
protection. Liquid nairites, developed at the VNIISK were discussed, which,
due to good solubility in organic solvents, promote the production C'f 70/*Of
solutions of rubber mixtures and the rubberizing of metal articles by the
painting method. B.A. Krentself, Doctor of Chemical Sciences, referred to the
latest aspects of thermoplastic materials, namely, to polypropylene, durable
to water boiling, and rendering it suitable for the pharmaceutical and food
industries. T.N. Nikolayeva, Candidate of Technical Sciences spoke on experi-
ences in using fluoroplast-3 and fluoroplast-3m for the production of anti-
corrosion protections. A new method for applying the protective coating has
been developed, and the number of therm 1 processings has been reduced. The
method is based on the introduction of the plasticates into the suspension,
excluding the possibility of cracking of the thickened layers of the protective
Card 3/ 5

3/063/60/00c,,/006/009/014
A051/AO26
The All-Union Scientific and Technical Conference on Anti.-Corrosir-ri Techni-,iues
covering. Another method discussed was the flame dusting of the powdery
fluoroplast onto the metallic surfaces using the ffiI14.4 (UPN-4) apparatus
D.A. Kikut, Director of the Anti-Corrosion Shop at the Chernorechenskiy
Chemical Combine spoke on the industrial application of the vitrous plastics
for the production of various parts for chemicul equipment. G,Z, Vashin,
Director of the Anti-Corrosion Shop at the Derbenevskiy Chemical Com-bine, dis-
cussed the new welding methods of vinyplast and its application, P.P. Neo.-odov
and Professor I.Ya. Klinova spoke on the new thermal-conducting material=
graphitoplast, used for the production of thermo-exchanging and chemical
apparatus. A.I. Reybman pointed out the possibilities in protection of in-,
dustrial equipment from corrosion generally. Special emphasis was plaf~ed on
the use of varnish and paint materials, produced on a low-viscose perchloro~iinyj
resin base and that of the copolymers of chlorovinyl with vinylbutyl ether,
phenolformaldehyde, alkyd-styrene, and epoxy resins., D.F, Ka.-an, Candidate of
Technical Sciences and Read 7,n-inecr of the Pervourallskiy 3taiotrubnyy Plant,
Z.M. Grinberg, referred to the production of lined pipoo with therrioplaol.s
and the results of the application of these in various branches of' indiistry,
Card 4/5

S/O 63/60/00 5/00 61r,' r) 9/(,'-,' 4
A051/AO26
The M-Union Scientific and Technical Conference on Anti-Corrosion Techniques
M.S. Trifell, V.F. Negreyev, V.S. Artamonov, etc. spoke on the anti-corrosion
protection of underground pipelines. Various resolutions were adopted for
the promotion and development of new measures for anti-corrosion material
production. It was suggested widely using polymers, both of the type already
being manufactured as well as those newly introduced, (polyethylene, poly-
propylene, fluoroplast, epoxy, polyether, furance, silicon-or-anic compounds;
vitrous plastics, graphitoplasts, plasto-concretes and rubber-based materials).
It was also suggested developing scientific research and having special labs
in all the plants, for the study of corrosion and developing of methods for
mechanizing and automating lined articles production (asbo-vinyl, faolite,
vinylplast, polyethylene, fluoroplast. etc., coverings). It is hoped that new
(highly stable) elastomers, elastic rubbers will be produced, based on saturat-
ed polymers. Research Institutes are asked to make a study of the determina-
tion of adhesion, thermo- and cold-resistance, aging and destruction of anti-,
corrosion materials. Recommendations included increasing the number of publi-
cations on the subject of anti-corrosion protection.
Card 5/5

UDYMAv P.G.0 inzh.
Mechanization of loading and unloading operations in cbemica2 plants.
Mekh. i artom. proizv. 15 no.3:29-33 Mr 161, (MIRA 14:3)
(Chemica.2 plants) (Loading and un2oadin Technological
innovation-sr-

GALITSKIT, Boris Akimovich; HIMTAKOY, Boris Ivanovich; UDYKA, P.G.,
inzh., rotgonzent; YABILEITKO, A.H., red.; C10h
tekhn.red.
(Technological processes in the manufacture of compressarsJ
Tekhnologiia kompressorostroonlin. Izd.3., perer. i dop. Mo-
skva. Gos.rwuchno-tekhu.izd-vo mashinoatroit.lit-ry, 1961.
525 p.
(MIRA 14:5)
(Compresaors-Design Find construction)

BAKLANOV, N.A.; in2h., retserfent; TRETIYAKOV, I.F.,
inzh., red.; RYZHOVA, L.P., inzh. red. izd-va; SOKGIDVA,
T.F., tekhn. red.
[Transportation of liquids in chemical industries] Transporti-
rovka zhidkostei v khimicheskikh proizvodstvakh. Moskva,
Mashgiz, 1962. 166 p. (MIRA 16:5)
(Liquids--Transportation)
(Chemical industries--Equipment and supplies)

KLIEOV, I.Ya., doktortekhn. nauk, prof.x red,-,.-UDrM. P.G.. inzh.
red.; RYZHOVA, L.P... inzh., red. i zd-va;-r-L-f KIND, V.D.,
takhn. red.
(Use of polymers in anticorronion techniques) Primonanie poli-
merov v antikorrozionnai tekhnike. Pod red. I.IA.Klinova i
P.G.Udym, Fjoskva, Mashgizp 1962. 318 p. (14MU 15:8)
(Corrosion and anticorrosives) (Polymers)

S/852/62/000/000/001/020
B104 B186
AUTHOR; Udyma, P. G.
TITLE: Corrosion protection of equipment used in manufacturing
processes of the chemical industry
SOURCE: Primeneniye polimeroi v antikorrozionnoy tekhnike.- Vaes.
sovet nauchno-tekbn. obshchestv.. Ed. by I. Ya. Klinov and P.
G. Udyma. Moscow, Mashgiz, 1962, 3 - 7,
TEXT: Problems of corrosion protection in various branches of the
chemical industry of the USSR, such as chemical plant manufacturing and
xelated industries, are discussed. Existi ng practice, the range of
materials available and future plans and projects to fight corrosion-
effectively in the rapidly expanding chemical industry are outlined.
Special attention is paid to the substitution of metals by plastics, to
the replacement of ferrous and non-ferrous metal parts by parts coated
with protective polymer films, etc. Industrial enterprises and research
institutes are criticised for not paying enough attention to corrosion
protection and for not adequately using anti-corrosives for the protection
of met~lse Under the current Seven-year Plan the output of enameled
Car 2

Corrosion protection of...
S/852/62/000/000/001/020
B104/B186
apparatus should be 20 times higher than that of 1958. Graphitic cirbon,
basaltic and diabasic materials for apparatus, pumps, tubings, linings,
etc. are being developed. The first graphitic carbon products were
manufactured by the Novocherkassk and Moscow electrode manufacturing plants.
Production of corrosion-resistant metals and alloys with a low Ni content
was extended. Glass, rubber, resins, varnishes, paints, whose production
has been considerably increased, are recommended as anti-corrosive
materials. The importance of rolled titanium metal for the manufacture
of corrosion-resistant equipment in the production of organochlorine
compounds is emphasized. As an example for the multiple use of plastics,
output data (%) of plastics for various applications of the German Federal
Republic are quoted. Epoxy-resin-based protective varnish and paint
coatings will be used in future in the production both of acids and of lyes.
Reference is made to recommendations on corrosion-resistant constructional
elements, issued by the "Tonilkhimstroy" authority. Papers dealing With
corrosion protection in industrial applications are found to be inadequate.
Card 2/2

, ~ 7.. ~ ~.. .'_ I- qj'~_ -- . g. :~' ~1_1 ',"' I'll' -I- ~ ":: -
UDYKA, Petr GriaorIvevicht SAGALAYEV9 G.V., red.; BAKLANOV, N.A., red.;
-4AITIZI, A., red.; KLINOV,-I.Ya., red.; IABUTIN, A.L, red.;
TIMBUKOV9 P.D., redol VEKSKR, &.A., red.; SHPAK, Ye.G.,
tekha.red.
(Corrosion-resistant pipelines made of'nometallic materials]
Korrotionnostoikie truboprovody is neiLetallichaskikh mate-
rialov. Moskva, Gookhimizdat, 1963. 219 p. (Korroziia
v Ichimicheakikh proizvodatvakh i sposoby zashchity.-no.20)
(MIRA 16s8)
(Pipelines--Corzosion) (Nonmetal.lic materials--Corrosioa)

KOLACH, T.A.; RADUN, Inzh., retsenzent;
DOROGOVP N.P., inzh.,, red.; TAIROVA, A.L., red.' izd-ve;
ELIKIND, V.D., tekhn. red.
[Evaporating stations] Vyparnye stantsii. Moskva, Mashgiz,
1963. 399 p. (MIRA 16:6)
(Evaporating appliances)
4~1

UDYPLA, P.G., inzh.; KOIACH, T.A., kand. tekhn. nauk
"nvestigating hydrodynamics and heat transfer in apparatus with
.L
submersible burners. Xhim. i neft'. mashinostr. no.1;16-22
J1 164. (MMA 17:12)

- VPRPI'J~ 1, BAKLAS17OV, A.M., kand. tekhr,. nauk, retsenzent;
2161GANOV, V.G-,, inzh., red,
r
[Apparatus with submerged burners] Apparaty s pogntzhnymi
gorelk,ami. Moskve.2 Mashinostroenie, .1965. 190 p.
(MIRA 18:8)

UDZELY, Robert
Transit traffic through frontier railroad stations. Zel dop
tech 12 no#llj300..3Ol t64.
1. Dispatcher, Operation Department, Kosice.

UDZIFLAF Witold
F,
Selection of the fundamon7al parameters "cr e~ aa.4 c ro-I er, a
used in lever'drives. Problemy proj hut maczyr 12 no..L-,
27-32 Ja 164.
1. Biprohut, Glwico.

UDZISLA, Witold
Modification of a twin scheme of a mechanism of lift-ing heavy
foundry cranes. Problem proj hut manzy'n 10 no.7t2O5-208 Jl
,62,
1. Biprohut, Gliwice.

Froblemo of designing charging cranes in the light of their
lr,&d Epe ifications. Problem7 prof hut maszyn 12 n-,.12-.-,69-
376 D 64.
1. B-1-prohut, Gliwice.

AUTHOR: Giero-, S~ V. Ud ul as --viii A KI-v V. Y
TITIA.,E: Magnetc-ieter with film M-11 aerev ttor at Uquile, lialium
SOURC~:'- Fribory i tekhnika ekaperimenatzi, nu. 1, 1965, ZZS-226
--S-
TOPIC TAC . magnotometer, HaU gencratur
ABSTRACT: A nutgnetometer -.is briefly deacribed which ia baaed on a mern2ry-
selenide d-c film Mall generator. The inrtrum-ent is intended for ME'~Iuurincr the
cuz rents in closed super conAuc t ing t ircuits iLnd nf~rnlttQ f- ?It'?!
as mewk as 0. J5 oe. At 1 ,~ e, !I -
sensitiviLy. LLo uja&~~,aetic 4. i5 ~i-, ioe-miaj to cc-ctrul curren' , 0. 0,014 (A V/
mail . "The authars wish to thamk R. S. Popm-idi for hip, /h,--r help in ~he vrork,
OrIg. art. hagi: 4 figures.
Card I /Z

- - ----------
L 45W-65
A C-Z;ESSION NR: A-PS007070
Asssocunou: tnatitut firikl ~&K tT~mf4f~r+~ act V
A N
SUIMITTED: 23Jan64 Ell, C L.-0 5-..TJ7,- cc)DE. na, R-P.
NO REF SCIV: 002 OTHER: 0,00
77~7

WA!~,'P
M;-~. T600316 3 &Af82/64/001/000/0090/0093-
AMHOR: Udzulashvili, G. A,z.Ch~jjvinadze, D. G.; Shukhman, V. A.
,ORG: none
TITLE: Disruption of superconductivity in thin film by current pulses
SOURCE: AN Gru--SSR. Institut fizilti. Elektronnyye i ionryye protsessy v tverdykh
-telakh, v. 1, 1964, 90-93
TOPIC. TAGS: superconductivity, metal film, tin ACJ~~Zc-
ABSTRACT: The authors conducted a serie; of experiments on using current pulses to
destroy superconductivity in thin fllmsl~f tin.-,JA pulse duration of 1-1000 usec. was
tLsed in the 3.81-3.670K range. The ;-e-tal fi~lms were vacuum deposited on mica sub-
sr-rates. A series of square pulses was applied to the specimen at 4.20K and the
voltage d-rop across the resistimce. of the film was amplified and fed to an oscillo-
g-vaph., The temperature of the specimen was gradually lowered by evaporation of liq-
-uid helium.to-the point of transitioa to th e superconductive state. At this temper-
ature, the amplitude of the current pulses passing through the specimen is just
Card 1/2

L 13870-66
ACC NR: AT6003163
sufficient for full restoration of the resistance of the specimen, i.e. Ian. The
temperature was then held constant and the amplitude ofthe current pulses was
pedually reduced. The signal on the oscillograph was Dlotted as a function of cur..;
rent amplitude. These data were used -for determining the relationship between the
reduced resist3nce RIR,, as a function of current amplitude I. It is found that
J?1Rn = hlHxIcnII,
:where Rn is the resistance of the specimen in the normal state; R is the resistance
iof the specimen restored by a pulse of magnitude I; Icn is the critical amplitude
which corresponds to complete transition to the normal state; h is the value of the
signal on the oscillograph which corresponds to current iimplitude i and resistance
.R; R Is the value o~ the sig'nal, on the ciscillograph which corresponds to the normal
estate of the specimen. It is found that longer current pulses reduce 'the transition
range and the final critical current. A table is given show! ng the values of the
initial and final critical currents and -,the transition intervals for various temper-
atures and pulse durations. Even the longest current puliges did not produce the
Ideally sharp avalanche tziansition which is observed when direct current is used for
destroying superconductivity althc~ugh the process is clearly nonisothermal In the
case of long current pulses. Orig. art. has: 1 figuref I -table.
SUB CODE: 20/ SUBM DATE: 00/ '-ORIG.REF: 002/ OTH REF- 003
Xard .2/2- n7) C___ ------ -------- -

Ck~,~'HO~ILOVil.'L'Ilt/Phy,-i-oloL-icaI 'aotics K-11
Abo Jour 11,2f Zhur - Fizih--; 110 4.1 i.9.59, ~io c,582
.%uth'
Ucb~.!rschatr
Inst
Tit2.,,, Cortain Romarl-s ou th,-~ 3~vi--x! of th,~ Frwit Skir-2--c-, of th,2
(,'orn,!a
Ori- ~-Vc lionatoschr. CTtih, 1958, -("5, ito U" 253-2541
I-,b.-'Uract The author invQs-'U--4L;a-'Uj.-, thu vQrtical meridian of tho surf'--cu,
of the cornea, in to draw conclusion;3 on thc distri-
bution of the radii of tho curvature over tl'o carm~a for a
rational constructio--- of con-'Z-act lcuscs. ~.)aoto-rraphic
,uethod is used fo:.- th,:~ 1M.-surcmcrit. -- .-"-u',ho::'s
Car(! 1/1

MIN'OV, A. N.
V. V. DOBBROVOLSKII, Trudui PfrVOi VS03o.-jimnoi Konferentzii
po Sernoi Kislote i sere, Sozvannoi
Ginokhim.o,-n KKTP 1934, 65-9

'I.G.; URSYA~A._*.N."' kand.khim.nauk; KOSIMINNA. 0.11., kand,khim.
tiziuk-, POSIAVSKAYA, K.D.-.jPI O~.AA4#; USKOVA,
, "qr4
L.Ye.; YLCRF,.?ISXAYA. T.H.; RISHETIMA. 3.Y., red.; HAWRYEVA, A.Ye.,
teldin.red.
[Organic reagents and chemicals for laborator7 practice: technical
specirications) Reaktivy i preparaty dlia laboratornykh rabot
otganicheakie; tekhnichnsk-lo) ualovita. [Mbskys) Standertgis.
Pt-1- 1957. 136 P. (MIRA 11:6)
1. Russia (1923- U.S.S.R.) Ministersvo khimicheskoy proaVshlon-
nostio 2. Vsesoyuzayy aauchno-lasledo-vateltakiy inatitut khimiche-
okikh reaktivov Hinisterstya khimichealcoy provVehlennosti (for all
except Rel3hetina, Matveyeva)
(Chemical tests and reagents--Standards)

UEDRO, Perl (Wedro, Pearl]
Persecution of progressive trade unions in the land of "freedom
and democracy." Vsem. prof. dvizh. mc.-4:26-30 Ap 162.
(MIRA 150)
(United States-4rade, unions)

.UELISKIY, TeLo, agronom
Ten day's work of controlling ragweed in Stavropol Territory.
Zashch.rast.ot vred.i bDI. 5 no.71n-12 Jl 160. (MM 16:1)
1. Mezhrayonnyy inspektor po karantinu na territorii g.
Stavropolya.
(Statropol Territorr-Ragweed) Need control)

UEWSONP V.j USPMKIY, V.; FRUMKINA, Yu.; TARANETS, N. (Kiyev),-
A.
The inspection of red corners is in progress. Sov. profsoiuzy
18 no.24929-30 D 162. (MIRA 16:1)
1. Instraktor TSentrallnogo komiteta professionallnogo soyuna
rabochikh lesnoy.. bumazhnoy i derevoobrabatyvayushchey promyuh-
lennosti (for Uellson). 2. Instruktor TSentrallnogo komitets.
prbfessionallnogo ooyuza rabochikh zheleznodorozhnogo transporta
(for Uspenskiy). 3. Starshi7 iia&ktor metodichaskogo otdela
TSentrallnogo Doma rabotnikov zhelemodoroahnikov (for Frnmkina).
4. NeftepererabatyvayuBhebiy zavod imeni XXII partiynogo
swyezda, g. Baku (for Proshin).
(Co=mnity centers)

UENO I I.
I. I--
Effect of radiation on vitamin BI metabolism. Report Ho.2.
Changes in the vitamin BI content of the livor and brain. Med.
rad. 5 no-4:38-42 AP"60. NIRA 13,12)
(LMR) (BRAIN) 1,THIAMINE),
(RADIATION-PHYSIOLOGICAL EFFECT)

. AU&,&y Yanovich; DAUSKINA, G.B., redaktor; CIEBYSHEVA, Ye.A',
.1y
tekhnicheakiy redaktor
[Bread baking technology] Tekhnologiia khlebopocheniia. Izd. 6-oa.
parer. i dop. Moskva, Pishchepromizdat, 1956. 466 p. (MLRA 9:12)
(Broad) (Baking)

_gETSKIY,_Moi.sey Isaakovich; FEDOTOVA, M.S., red.; KHOTIKOVA, Ye.s.,
red.izd-va; SHIBKOVA, R.Ye.v tekhn. red.
(Photosensitive paper and diazotype tracing cloth] Syetochur-
atvitellnaia bumaga i diazokallka. Moskva, Goolesbumizdat,
1963. 142 P. (MIRA 16:8)
(Photocopying processes--Equipment and supplies)

LTI-wic., I.
"Thermal treatment to fight stimulation of anthracnose on bean--.
P. 139 (Ilezliduna Rodnyi Selskokohoziaistvennyi Zhurnal, Vol. 2, Nlo. 2, 1958,
Sofia, Bulgaria).
Mont'.1y Index of :bast European Accessions (ZEAI) LC, Vol. 7, Noj 12, Dec. 58.
H;

UEYK, V.K. (Wake, W.],, doktor; KAGAMOVA, Ye.A. [translator]
Some basic trends in scientific research in the tire industry.
Kauch.i rez. 22 no.1:20-23 Ja 163. (MIRA 16:6)
1. Britanskaya isaledovatellskaya assotsiatsiya rezinovoy i
plastmassovoy promyshlennosti.
(Tires, Rubber)

UFAYLT, M.Ya., inzh.
Qrganization of repairs of electric power plants belonging to the
Moscow-Regional 1~ower System. Blek. sta.,30 no-3:12-16 Hr '59.
(MIRA 12:5)
(Moscow Province-Electric power plants)

Perfecting 01XTs high-frequency telephone RppRr9tus. Avtom.,
telem.i sviaz' no.6:27~28 Ja 157. (XLRA 10:7)
1. Glavnyy inzhener sluzhby signnlizatsii i evyazi Kqrngandinskoy
dorogi.
(Telephone--Apparatus and supplies)

D
)ot n..4
it
16 (1,ill uf l-,ij~-eiyo M;11. Lan Crd(,r of 1--cilill I:,:A of of
j114-04
-mgpr Trinrport im ;%c;,td V.11. Cjbr--,.7,Lrov), 100 co iu.,; ( 111, 2"! - I I

AUTHOR: Ufellman, A,F. DU V
TITIB: Ube of a Potential Analogue Method for the Design of
Electrical Filters (Primeneniye potentsiallnoy analogii
dlya rascheta elektricheskikh filltrov)
PLIZIODICAL: ElektrosvyazI, 1958, Pr 4, pp 49 - 58 (USSR)
ABSTRACT: The potential anaIgue method simplifies the design
procedure for electrical filters. The principle of the method
is that any analytical function of a complex variable can be
presented physically in the form of a plane potential field. As
an example, a four-terminal network consisting of lumped
elements is considered. The working transfer function of such
a network can be expressed as a factorised rational function
of the form:
(X - Xi)(X - X 3 2n-1)
S H - (1)
(X - %2)(% - %4) ... (X X2m)
where X = a + iw is the complex frequency,
Xl"**IX2n-1 are the zeros of the transfer coefficient,
X21"mIX2m are the poles of the transfer coefficient,
Card 1/13 H is a constant coefficient.