SCIENTIFIC ABSTRACT TRYBOWSKI, C. - TRYMOVSKIY, L.G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001756910004-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 14, 2001
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

I'linNSKI, Ueal-e-W rt htmld'.' rio.lij:2/4-
1,,j I~he j~.abki lit'Hltll rt~"o
220 0 164.

TRYBOWSKI, Czeslaw
A congress of follows Alumni, Czasopismo gecgraficzne 32 tr,.I:
W7-109 161.

TRYBUdSKIs C.
Galanthus nivalia L. Wozechsviat no.3:84 Mr 162.

ixc~~fA 1j--4D11-'A Sec 15 ljol- 12/4 Chest DIAeases Apr 59
91 1. EARLY RESULTS OF RESECTION OF LUNG TISSUE - Wczesne wyniki
resTkcji tkanki plucnej T b and W o t n i e w s k t Z. Odd,
I& Do
Torakochir. Sanat. MS , "wocke - PROBL. LEK. 1958, 5/1 (36-42)
Tables 2
In the light of a series of 39 patients, the authars describe the indications for re-
section therapy and early results in the treatment of pulmonary tb. The favour-
able results should be emphasized there were no fatal cases and no symptoms
of bronchial fistula. Dobrowolski - Warsaw (XV, 0,

TRYBOWSKI, Witold
History of the Polish Scientific Society for the Study on Tuberculos!.s.
Polski tygod lek. 17 no.26tlO44,1046 25 h 162.
iTUBERCULOSIS hint) (SOCIETIES MEDICAL hist)

an,l Th(Ax Aoplic--itiono. 0 i. 3.
siniz, of' 1,7,!tural Gdocs anal 11(jtrulcil-iiii. or
and 4~toc'~~(,L Fujl Lubrioant3.
i,-bs Tour: R.,,f 31 1059,
Author Trybula, E.
-1 w~ t rq")t
T` t.,.u Lcss~js of P~_,troluwi, Products.
Orig Pub: Wiadovi. naft., 1~456, 4, No 6, 131D-141.
."bstract: A r~~viuw, cc_,ataiL.ing charactcrizations of a
lz~
n,).,,ib -a., --,- of factors i,iflu,.,icln6 tl,u of
i CiU irl f'u,-%*-' lossus uil~ ~jr 3tord-O Conditi oils;
7 o' .-,jt7,ods -or dotGraeinin-
of' con.-
tjjC IlloSt jj:,17ortan
Ya. satullovs,,j
Card 1/1

P'/0 1~/62/04 1 /0011'0021'004
D204 D304
AUTHOR; TrybuZa, Eugeniusz
TITLE-, The chemistry of lubricant additives
PERIODICAL: Przemys-k chemiczny, v. 41, no~ 1, 1962j. 24 - 27
TEXT; Additives to lubricating oils are classified into (a) oxida
iion and corrosion inhibitors, (b) compounds lowering the freezing
point, (c) compounds raising the viscosity, (d) deter e t , ~e)
f~ n s
compounds improving the lubricating properties and ( anti-foaming
agen-.s. The purpose and action of each type of additive is very
briefly stated and a few examples are given in each category. Fi-
gures are quoted for the production of lubricant additives in the
U-S.A. over the period 1955 - 1960, Research in this field in the
Soviei--bloc is stated to be well in progress but ro comparative da-
ta are presented., The work in Poland is carried out at the Central-L~1~
ne laboratorium technologii nafty (Central Laboratory of Petroleum
Technology) in Cracow and Centralne laboratorium produkt6w nafto-
wych (Central Laboratory of Petroleum Products)iri Warsaw, Future
Card 112

P/01 62/041/001/002/"004
The Lhemistry of lubricant additives D204YD304
development of 'his branch of Polish industry is anticipated. There
are I table and 6 references: 3 Soviet-bloc and 7, non-Soviet-bloc.
The refererr~es to the En&lish--language publicat-ions read as fo'Liows
C-W. Georgi, "Motor Oils and Engine Lubrication'19 New York, 19581-
H~H. Zuidema, "The performance of Lubricating Oils", New Yor-k 19152,
ASSOCIATION: Centralne laboratorium produkt6w naftowych, Warszawa
(Central Laboratory of Petroleum Products, 'Warsaw)
Card 212

TRYBUIA., Eugeniuaz
Chemistx7 of lubricant additives. Przem cher. 42 no.1:24-27 Ja t62*
1, Centralne Iaboratorium Produktow Naftowych, Warszawa

TRYBULA,-Iugani"z--.-- .
Chemistry of lubricant additives. Przem chem 41 no.1:24-Z7 Ja 162.
1. Centralne Laboratorium Produktow "aftowychp Warszawa

TIMIULA, Euronlunz, mgr inz.; ISAWI~M, Elzzblota, Inz.
Properties of cooling compressor oils operat.-q- wlth Freon
12. Nafta Pol 20 no.6:156-159 .'e'64.
1. Institute of. Petrolewn Technology, WarBaw Franch.

PALUSZKIEWICZ, B~onislawap mgr; TRYBULA, Eugeniusz, mgr inz.
Properties of lubricating oils for two-stroke engines with spark
ignition. Nafta Pol 18 no.llz3O2-307 N 162. '
1. Gentralne Laboratorium Prod#:tow Naftowych, Warszawa.

1'/014/63/042/003/002/003
D204/D307
iUMHORS: Szwarslca, Helena, Trybu/a, Eugeniusz a-id Lipson,
Da;rid
TITL'_: Resistance of epoxy-polyamide lacquer to petroleum
products and the possibilities of its application
PERIODICIJ,: PrZeMYS1 Chemiczny, v. 42, no. 3, 1963, 164-167
T E XT : The present work is part of a general trend aimed
at increased utilization, of plaGtics in the petrojeuril industry, and
i-,Tas concerned with the tests of thr, petroleum products - and water-
resistance of a 2-component epoxy-polyamide lacouer no. 1AD, produc-
ed by Instytut Tworzyw Sztueznych w IlarszaTric (131antics Institute,
WarsaW). The lZ'1CqUCr Wa!~ a-,-)Dlicd in a thickness of 0.3.0 - 0.12 mm
on to (1) sandblasted, (2) se.-adblastcd and phosphatcd (3) chr-,mically
derusted, -and (4) chemically dorusted aud phosphated St-27s steel
plates; and wlis tested at 20 and 50-1000C, for 40 days at the low
and 140 hours at the hiylivr temperatures. The adhesion to base re-
mained extremely good, the appearance remained unchanged, and the
Card 1/2

Resistance of ...
1'/0l 63/042/003/002/003
D2o4 YI)307
gains in I.Iei,,Ilt i-,1 the prcrxmcc of2 petroIC'Url oil products I"cre very
1017. Conclurions: and epo.-y-melmidac lacquers are
practically insoluble in petralewn prodlacts but i-,iay absorb small
amounts of hydrocarbons on prolon-fed henting. They are solulble in
hot polar solvents, swell slit;htly in benzene; adhesion is '.)cst on
sandblasted and -phosphated surfaces, but is nonexistent on greasy
met.als. The coanting was then sprayed in 5 layers onto a sandblasted
exI)sri,aiental, cistern 2301'., -wracn hardened at 35-500c, and was --till.
intact aftcr 1 year of e;qploitation. The lacquer is therefore suit-
able for protecting steel ci,,;-'L---rns against water and other suL)-'t--I'Lcc--
occurring in mincral water. 'There are 2 tables.
~SSOCIYCIOJJ: Ce-ntralne Laboratorium Technologii Nafty, Lddzi_
w viarszawie (Central Laboratory of 1'etrolcum Technol-
09YI Warsaw Department)
O"UM,"ITTZD: August 7, 1962
!,--Card 2/2-

P/()35/60/OW/0 1 9/003/1-0~
A07(:,/A(v6
At IT111 )I V It Vvoyl'v~. W~illynl-lw'
TEXT: The authors describe the production history of the Pleszewska Fabry-
ka Obrabiarek (Pleszew Machine-Tool Plant) and list a number of wood-working ma-
chines describing their operating principles. The following types of wood-working
machines are produced by this plant: beading tool DFGA; pendulum saws PDe-5; cros.
-cut saws PSWe; circular saws TPSe; ribbon saws PTMe, PTe-7 and PTe-9; wood-
-turning lathes Types 1 DT and 3 Dr; moulder spindle lathe FJe, drilling machines
LBSe; belt sanders Type SLNe; wood-turning machines DFGA and FJNe; chain saws
ERSA-63 multi-circular saws with mechanical feed DPLA. The plant produces 1,100
wood-working machines annually and exports to South Africa, Albania, Australia,
Austria, Afghanistan, Belgium, Brazil, Bulgaria, Burma, China, Egypt, Hindustan,
Indonesia, Iran, Irak, Yugoslavia, Korea, Pakistan, GDR, West Germany, Turkey,
Uruguay, Hungaryand Vietnam. It is expected that the porduction will be increased
by 367% during 196o - 1965, as compared to the 1958 index. Labor efficiency will
Card 1/2

P/035/60/000/019/003/CO4
The Pleszew Machine-Tool Plant AO76/AO26
increase by about 90% and employment by about 87%. There are 5 Photographs.
ASSOCIATION: Pleszewska Fabryka Obrabiared (Pleszew Machine-Tool Plant)

TRYBUIA, S. (Wroclaw)
On the paradox of three random variablee, Zastoa mat 5 no.4-1321-332
161.
1. Instytut Matematyczny Folakiej Akademii Nauk.

TRYBULA, S.
"f' flin 11 , ~~, !I,!'- .., . -- - ; . , . 1,
I,-, ~ " .. , f " 1.. 1'., 1 1.. 1'.. 1 "'". 1, 1 - " , I .
i j "-, I., -, 1 1'.. 1 1.-, .. 4 .;. -I I I... I , .1".. ;, I ~ I.. I .. i ..; 4 , ,
W4 " - I '. ~l . )III'm I I I .,. I 1 0. 1 , I , I .

TRYBUIA, S.;-5TE1Ni1AU:;, H.
Measurement of succe5sive comFarison. p. 204.
ZASTOSOWANIA MATaNATYKI. (Polska Akademia Nauk. Instytut t'-1atematyczny)
'Warsawa, Poland. V01. 4, no. 3, 1959
'' , It, 1, T 1 01 1 1 ". I I. I ~ . I I ~ - I

Tff BWA, S.
Estimation taking into account the error of the controller. 1). 249.
ZAST030',-IANIA MATFIWITKI. (Polska Akademia Nauk. Instytut, Matematyczny)
Warsavia, Poland. Vol. 4, no. 39 1959
Monthly list of East European Accessions (FRAT) LC, Vol. 9, no. 2, Feb-. ]L960
Uncl.

natmA. j.
Estimation of frequency in population of elements uelonging to classes not
represented in the sample. p. 244.
ZASTOSOWANIA MATaIXTYK1. (Polska Akada~Lia Nauk. Insty-tut Matematyczny)
Warsawa, PoLwid. V01. 4, no. 3, 1959
Month,ly 'List of East European AccessLons (EZAI) LC, V-ol. 9, no. 2, Feb. 1960
Uncl.,

J
------------- ----
abuIa,-'S,,,, Oa a problem of prognosis. Bull. Acad..
d
'EVIVIA. Mli U. Ill. 5 (1957), 859-862, LXXIV. (Rus-
sian summary)
*The minimax squared error predictor of one jjn_ "mi
Hodge5j/p
variable from anothi!r, given as an example by
and Lehmann [Ann. Math. Statist. 21 (1950), 182-197;
MR 12, 36), is extended to the multinomial case.
L. Hodges, Jr. (Berkeley, Cal

TRY13JLFC, S.
Social welfare at Kedzierzyn. P-51
(OCITRONA PRACYj B7ZPIFCZRIS7,.0 I HIMFINIA TRArT, Vol. 10, No. 1, Jan. 1956, Warsaw, Poland)
SO: Monthly List of East European Accessions (EEAL) LC9 Vol. 6, No. 9. Sept. 1957, Uncl.

I
The 6tate Railroad Car Fartory. p.4
I-RZZGU%D TECINIC211Y. (Naczolna Urganizac-*a Tectmicma) ',Jars,awa, Poland
Vol.80, no.1'!, Apr. 1959
Monthly List of East European Accessions Index, (EEAI) LC, Vol.8, no.6 June 1959
UncI 9

TRYBULA, S. (Wroclaw)
On some loss functions. Col math 7 no.2:297-305 '60. (EEAI IC:'L)
(Game theory) (Statistical diciaion)
(Distribution (Probability theory))

CWIF,NK, Jerzy, Irz.; 3EFEWITA, Jerzv, inz.; ZEMBALA, Andrzej, Inz.; TIUBUS,
AIbIn, inz.
Blocking by means of an auxiliary alternatinp., current with the
help of a RTe-2/100-(0-3) type relay and an auxiliary accumulator
relay. Energetyka przem 10 no.3:102-104 62.

TRYBUSP T,
Rational utilization of locomotive crave. Frzeg-L kolej mechan
33 no.6:164-166 Je 161.

FIJALKOWSKI, Jozef; TRYBUS, Tomasz
Train timetable for 1964/65 and the tasks of the traction services.
Przegl kolej mechan 11 (i.e.16) no.5;139-11+0,148-149 MY '64.
1. Central Traction Administradon, Warsaw.

TRYEYVASp A. D.
42423. UniversallmY Dinamograf udt dlys opredelenlya Fizikomekhanicheskikh
avoystv rasteniy. Zapiski Tad Zh. S. Kh in-Ta, T. 1, 1948, S. 253-61.

TRYEYVAS, A. B.
42422. Vibratslonnyy klasonfikator dlya opredelonlya. Sposobnosti,
Samoosypannlya reastenly. Zapisk! Tal Zh. S-Kh. In-Ta T. 1, 1948,
S. 263-65.

TRYFONOV, D.
Unusual carcor. Sunny stranger. Nauka i zhyttia 12 no-5:16
my 162. (Lithlum) (Helium) (MIRA 15:7)

THYPINOW, Richail N.jp lyz.
Do-lvfjlopaemt of the elex-l-rical e-ginewtAng induatr in I "- , .
Wlai elektrottz;hn 33 xio.922'175-278 S76d, r Eu P a

TRYJAMKAt M. (Warszawa)
Limit problem with tangential derivatives for the parabolic
equation In a nonbounded region. In French. Annales pol math
9 no.3t219-233 161. (EEAI 10:8)
(Differential equations) (Functions)

TRYJARSKAY m. (VhirsLawa)
On certain Fourier problems. Rocz prace maten 6:69-94 '61.

)430145
P/515/61/006/000/002/003
1061/1261
AUTHOR: M. Tryjarslca-(Wnrsaw)
TITLE: Ce, t'L In Fourior problem
SOURCE: Polakle Towarzyatwo 14atematyczne.*Roczni1d. Soria I.
Prace riatematyozne. v.6,, 1961, 69-84
TEXT: Two saparnto problem nre conaidered: I. a Fourier problem
in n rndinnt homogoneous medium and II. a Fourier problem in a
radiant Inhomogoneous medium 0 In I, the problem consists in dotor-
mining the function T(A,t),cs2 + S, S2 being 3-dimensional Euclid-
inn apace limitod by the Liap-,0700;1 surface S. satisfying the
enuation:
AT (A,, t T (A,t f[A,t,T(A,t)l + F[A,B,t,T_(B.t ~)' d B.(1)
1) t r2
and the following conditions: 11m T(A,t) = 0 and lim T(A,t) = 0
A -PeS t-'0
Card 1/3

P/5 115
,161100610001(YO2101r,
1061/1261
on cortain Fourior problems
where PE S. where functions f(A,t,,U) and F(A,,B,t,u) are assumad
to be continuous and satisfy the Holder's conditions. r,,, is the
distance A,,D in the domainJe , The function T(A,t) is found an a
suin of two thermal potentials, nnd the Schauder theorem a fixed
point existence in Busch's apace is used to prove thnt T(A,t) Is
the unique solution of the problemo 1n IIproblem consists In de-
termining the- functiou T(A,t ) with the saw. - assumptions, satisfying
the equation:
(A , t T (A, f) (A, t.) ) T(Alt) + t(Apt)T(Ast) -aT(Apt)
f[A,t,.T(A,t)] + FfA9B)t8T(BPt V dB (32)
r
no
wher e -,L and.pj satisfy Holder conditiuit-, the functions f,F
satisfy the following conditions:
f (A, t,u) - f (Ai , t Pul :5 o onst + ju-U11)
Card 2/3

P/816/61/006/000/002/003
1061/1261
on cortnin Fourier problems
F(A,B,t,u) - F(A2,B,t,u I const 1rHr + ju-uljj
hf, hF (0,1).
The Green's function of the problem is introduced$ And then the
successive approximntions method in used to prove the existence
and.uniquenosB of the solutions
Card 3/3

CZYZA 2;.; TRYJARSKI, J.
Measuring stand for investivation of 14W. SP 303 Rmall microwave
antennas# Przem inst telekom prace 3.2 no,38:45-47 162,
A

AVAKYAH7 V.V.; TkyKill.11KIN, i.D.
Continuous stz-alghtening of an alurajive wte2l cn a
1
1 h.
MacHra. tek.
inform. 18 no.5:29-30 14), 165. (Malu 1816)

USSR/ Emincerinr, - Refractory CG,53till~,s
Card 1/1 Fub. 1-;S 16/23
--Authors I ~-Vatok- -, L. V-
Title t Glass (refractory) coatings as a protection aj~ainst nitration
Periodical : Ve3t. ma!3h 2, 70 - 73, Feb 1955
Abstract : 'File refractory coating is described of the inner surfaces of Diesel
etl~-,ine cy~linders et tke Chn-1yabinsk. Tractor Ilant, as Pmn effective
mothod arainsf nitration. Tnc! cheadcal comFosition of tLe refractory
solution is eiven as foll,-ws-. 67-5 - 73-5,`-' S102, 31.5 - 25-5 Na20; and
n 0 ' 0.11:;~ CaO and 0.1!1/', S. A description
not ;nora tha .(,-, Fe203 + A]-2()31
of 11at inj-, methods to ijven, toSother w1th typoa of baths used. Illustra-
tLons; t,O-1e; drnwin;,,!3.
ln~ititution: .....

ACCESSIM NR: AP4036533 8/oo8g/64/016/005/0453/0453
L. A.
AUMORS M*htavich
V. I.; Matuoevichp Ye. B.;.Try*
;TITIS: Space distribution of a dose of scattered radiation frm a source of mi, -
;directions' pmms quanta In an infinite madim In the vicinity of the source
SCUM: Atccmaya energlya* v# 16s no, 5s 1964s 453-455
TOPIC TAGS: ga=a quanta scattering., scattering space distribution., air gamma ray
,scatterings coWton scatterings radiatiaa space distributions gamma ray
ABSTMCT: The scattering in air of gamma, rays, vhose energy van betveen 0.5 and
10 May., vas measured. The effecti collimation Mass vers 4.8,,�nd 15.6f. The
radioitive isotoyes used vere: AN (0.432), CoM (0.661), CoQu (&v. energy 1.251
and va (av. en. 1.86 mev). The ratio Dze/Dnse vas measured., vhere D., Is the
pover scatteredp Dnan - that not scattered. The results are coupared Vith the
theoretical formula for single scattering. The deviations between the experimental;
and calculated values Increase vith the lacrease of scattering angle. "The authors
are grateful to 1. 1. Boadarankos S. 0. T&V*jpdzs, and Yao A, Kazanskly for useM
advise* orig. art. has: 5 916=so
Card

L 0699 3-67 EWT(m)/EWP(t)/ETI IJP(c) JD/VW/J(3/JR
AGG NR: AP0021522 souRcs com.- Woo89/66/o2o/boOW/073
.
AUTHOR: GaryAchay.-I. V.; Dulin, V, Termakoyl 3, H,; Kolyshenkovap V. V.;
'Suvorov , A. P.; Ve L
-..j6 A
O.RG: none
,
.
TIM E: AnguIsLr distribution of fast neutrons behind iron shields
SOIRCE: Atomnaya energiya, v. 20, no. 6, 1966, 469-473
TAGS: neutron distribution, fast neutronp angular distributiono reactor
,shielding# iron
ABSTRACT: The authors have asured the angular and energy distributions of fast
,neutrons behind iron shiolvf 20 and 13 cm thickness. The results of the experi-
ment are oompare&-w-IW -caTc-dations by the Monte Cirlo method and with marW-group
,calculations by the "transmission" matrix method in the 2B7 approximation. The
~roaults of the calculations show that the tranmdesion of the shield depends
istrongly an the angular distribution of the incident radiation. The transmission
.measurements were made using an PIZ uraniums.-water reactor with a stainless steel
i reflector, Me agrement of the experimental and the oo2culated data are found to
Card IA UDGI 339.123.32 J

L 06993-67
,Acc NR-e Ap6oa522
'bo satisfactory both in absolute magnitude and In the form of the agular distribu.
tions. A atudy was also made of the difference in character of the spatial and
angular distributions of fast neut'.'ons from a point source in an infinite homo.
gonoous medium and from a point source located at a plane barrier. The results
show that the allowance for the thickness of the shield lowls to a steeper fall off
in the neutron flux than in the case ot an infinite sodium, Other differences be.
twoon infinite and finite shioldis an also pointed out, The authors thank Yu A
K&sanakiy for valuable advioe and discussions. Oris, art, ham: 5 f igures :a T
I
rormula.
wa 00161 116 SM DAIII 0WWy6.V ORIO PJW 8. 013 OTH WS 004
Card 2/2 ,eC

ACCESSION NR: AT4019051 S/0000/63/000/000/0210/0214
I
AUTHOR: Kukhtevich, V. I.; Try*kov, L. A.
TITLE: Oblique Incidence of Gamma rays
SOURCE: Voprosy* fiziki zashchity* reaktorov; sbornik statey (Problems in physics of
reactor shielding; collection of articles). Moscow, Gosatomizdat, 1963, 210-214
TOPIC TAGS: nuclear reactor, reactor shielding, Gamma ray, lead shield, lucite shield,
incidence angle
ABSTRACT: The passage of r rays through a barrier was studied as a function of the angle,
of incidence, varying the angle between the barrier surface and the Y-ray beam between
0 and 800. The barrier material was either lead (r 0. 7, 0.8, 1.4, and 2.75 cm), lucite
(r = 3, 8, 11 and 14 cm) or a combination of lead (r 0. 8 cm) and lucite (r = 8 cm.), where
r is the barrier thickness. The source of r rays was C060 (1 curie), and the detection
system consisted of a stilbene crystal (r = 30 and h = 15 mm), an FEU-12B photomultiplier,
a cathode repeater, an amplifier (Siren type) and an impulse integrator. The results are v
plotted. Fig. 1 of the Enclosure shows the dosage behind a combined barrier of lead and
lucite as a function of the angle of incidence. The total error in the measurements was
Card 1/3
:2 7,

ACCMS10,N AT4019051
estimated to be of the order of 5 -10%. These experimental results were then compared
with the theoretical calculations of Berger and Doggett (J. Res. Nat. Bur. Standards
56, 89, (1956)) for perpendicular beams and with the calculations of G. H. Peebles
(Report R-240, the Rand Corp., Santa Monica, California (1952)) for other angles of
incidence. The experimental data were in good agreement with the theoretical.
Orig. art. has: 5 figures.
ASSOCIATION: none
SUBMITTED: 14Aug63 DATE ACQ-. 27Feb64
SUB CODE: NP NO REF SOV: 000
ENCL: 01
OTHER, 005
Card 2/3

-A,~;UIZSIOAN i'N'R; AT40icJU51
ENCLOSURE: 01
Fig. 1. Dose behind a barrier as a function
of the angle of incidence.
.1 - lucite behind lead; 2 - lead behind lucite
Ordinate = dose of Xrays in relative units;
abscissa - angle of incidence In degrees.
Card 3/3

I N

L Eva (M) Peb DIAAP V,1
AP5009116 B/C-SS9/65/018/003/0252/0253
Yolcwritov, Td. I:j !CbW-.%%ov1.oh, V.I.1 V-%tunevich, To.3.1
TITL,': An-ulnr and cnirC7 dintribution of ccnttorad Gi,.,-a radiation
nf.,~.r an Inotropic eourco In nn Iafiulto aerial modlum
,:SOURGB: Atornaya onorGlya, Y. 18, no. 3, 1965, 252-253
iTWIC TAG3: Gatina conttorina, angular dintribution, energy dictribum
tion, GaL:::-.a moderation
ADSTPJ.CT: Thio Io a oonnnnion to a proooding pnpar in the came
courca (Accosolon AP5009115), doaling with a unidiroctional cource
iThu an,ular and enerey diatributilons of acattorod gamma quanta fro
n point-liko lootropic courco of Co6o In an Infinite air modluz wao
Invorjt1!,-atcd oxperirentnlly at two dictanoon fron tho vouroo (15 and
"0 n) .1o:, difforont our7lon batioan the couroo-dotf?otor dirootion and
itho axin of a unidirectional dotootor (12-180P). Tho onorg*
iopootrun of tho ga=a-qu::~nta u3ro manourod with cirL5-le-oryntal coln-
!t1lation spootrometer uoing RaI(Tl) oryotal In a load collimator-
Card

L 45583-65
ACOMION AP5009116
convilnor ulth 00111mation angle lOtO.20. The matrix mothod van
unod to prooooo the apparatuo dictrIbutiona of the pulaoo. The
reaulto are Dl--o*,m In Pig. 1 of the Enclosure. The average accuracy
In tlO - 15%, but the error can reach 100'/.In places itharo the back-
ground becomes larger than the effect. The anGular distribution of
the doco intensity of %Us scattered 6nmma-radlntioa to the total dome
poiror dnponde linearly on the anGlo, reaching a maxinun valuo of
50*/.at 1800. Comparison of the tinsular and anorC7 distributions
octorminod Irk thin and In the ooripanion paper nhoun that a geometry
comprising an isotropic cource and a unidirectional detector can be
rogurdod no the inverce of a geometry using a unidirectional source
and lootropio detectors Orig. art. hint 2 figures.
1ASSOOIATION: Uonn
!SUB'HITTZDt MugO IMOLt 01 SUB CODR: SP
VR REP GOVs, 002 OTMM: .000
[card
"Ali

TRYLIN"'KI, Hoc. dr 2nz.
Fffectiv-~ csntsct ratio of* fine-pitch lnvol,i'.e gearri. i,oml 1-r-.(
10 no.2:617-f,,6 F164.
~. Katedra Morst-mikcji Vr7yrztidow Precyzyjnychm Pol,"t9chni~u,
Warszawa.

(g.
A'AHOR:
TITLF:
FEKODICAL:
P/034/60/GW/00q/OW/C,r-4
AP221A026
Trylifiski, Wladyslaw, Doctor of Engineering, Woont
Bimetal Strips
Pomiary-Automatyka-Kontrola, no. 9, 1960, 355 - 360
TEXT,- A general theoretical description is presenLed of the deflection5
ari -ztresses in bimetal strips and a few standard bimetal alloys are listed. The
g4snera.l formula deduced for bimetal deflection due to temperature is
2
f - kt A t 2
Where k-, is the bimetal sensitivity, A t - temperature difference and L - length
cf strip. Calealation for various bimetal strip shapes is performed according-
ly. Thb atress analysis is coneerned with various mechanicaL designs of birretal
e~i-ips. Thi standard matsrIal uned for the paBsive layer of bimetal strips are
ferronickel alloys, especially invar, for temperatures up to 2000C, Ni -42%, Fe -
58% alloy for temperatures between 350 - 4000C, and the Ni - 4&6, Fe - 54X
alloy for temperatures of 4oo - 45,30C. The active layer mostly is made of high-
Card 1/2

KUKHTEVICH, V.I.; MATUSEVICH, Ye.S.; TRYKOV, L.A.
Spatial distribution of a scattered radiation dose from a
source of collimated gamma quanta in an infinite medium near
the source. Atom.energ. 16 no. 5:453-455 MY 64.
(MIRA 17:5)

ACC NR% A1,6054091 SOURCE _CODE.._ UIV6689/66/6ii/004/0246/0254:
AU7HOR: '7127kav,, L. A.; Goryachev, I. V.; Kukhtevich) V. I.
ORG: none
I
TITIY.: Measurement of the dose albedo of fast neutrons when different shields are
used
SOURCE: Atomnaya energiya., Y. 21.. no. 4.. 1966) 246-254
TOPIC TAGS: neutron albedo, fast neutron, neutron shielding, neutron energy distribu-
tion, neutron spectrum, radiation donimetry
ABSTRACT: The authors investigated the energy distribution of fast neutrons reflectedl
from iron, ground, 'water, and polyethylene under normal and oblique incidence of a
broad unidirectional beam of neutrons on the surface of the ;,flector. They also in-
vestigated the dependence of the albedo of the neutrons on the thickneso of a flat re-1
flector layer made of iron. The measurements were made with an isotropic detector
placed on the surface of the shield. The neutrons were obtained from a zero-power
research reactor. Die detector was a uingle-cryntal ncintillation neutron bpectro-
meter similar to that described by Yu. A. 1CFLzan81,_iy ct al. (Atomnaya energiya v. 20,
143, 1966). The mean square measurement error was not larger than 50% for wcter and
polyethylene and 10% for iron and ground. Two methods were used to rwarure the albedo~_
one by recording the number of reflected neiitrons against the background of the direct,
radiation (difference method), and by suppressing the unscattered neutrons with a
Card 3/2 uDc: 621.039-58: 539-125.52

ACC NRI AP6034091
shielding cone. The methods yielded results that, agreed within 10%. Plots of the
reflected-neutron spectra are presented and empirical formulas for them are given.
The results show that the dose albedo of the neutrons depends on the thickness of
the iron layer employed. The angular dependence of the dose albedo of neutrons re-
flected from iron and from ground show a similar behavior, decreasing with increasing
angle of incidence. In the case of water, however, the dose albedo shows a slight
increase with angle (UP to 70*)- This is attributed to the predominant forward scat-
tering of neutrons by hydrogen atoms. The results are found to agree with those ob-
tained by others. Orig. art. haa; 7 figures and 2 formulas.
so CODF'; 180 2o/ suBm DATE: o5AP,,66/ oRi(; REF: 0031 OM REF: 004
1
CO
'2

L 2E--419 EWT(m)/EWA(h)
n66
ACC NR: AP6007950 SOURCE CODE: UR/oo89/D66/O2O/O02/Ol43/Ol47/
AUVORS: Kazanskly. Yu. Aj TryKao,_~~A:j
~Zolotukhln, V. G.; Tarasko
ORG: none
TITLE., Transformation of integral amplitude distributions Into
~neutron energy spectra
SOURCE: Atomnaya energiya., %,. 20, no. 2, 1966, 143
!,TOPIC TAGS: neutron spectrum, neutron detector, scintillation
detector, pulse height analyzer, nuclear reactor shield, Iron,
beryllium
.ABSTRACT: This is an abstract of article No. 52/3404 submitted to
the source editor but not published In full. The authors improve the
,accuracy with which the nf:utron energy spectrum Is obtained by dif-
.ferentlating the integral spectra of pulses from a scintillator. This
:is done by using a least-squares method of determining the derivative,
i Card 1/2 UIX': 539::L6.08:539..125.5

L 22419-66
iACC NR: AP6007950
!decrqasing the fluctuations that result from differentiation of ex-
~perimental amplitude distributions. The algorithm for finding'the
!derivative of the empirical curve I.-:, simple, since It is based on
'approximating a section of tl,;e empirical curve by a second-order
parabola. If the pulse-height distribution.-, vary over the differrin-
~tiatlon section by not Tnore than a factor 2 -- 3, the obtained
.derivative will differ from the analytic value by not more than 1 --
The results are Illustrated with spectra of reactor neutronstbat
!have passed through different; thicknesses of iron under good-geometry
conditions. The unpublished article contains detailed characteris-
tics of the spectrometer employed, Its block diagram, the gamma-ray
,discrimination system, and also results of measurements of spectra
fof standard source and spectra of reactor neutrons passing through
~different thicknesses of beryllium. Orig. art. has: 1 figure.
CODE: 95' SUBM DATE: 0,3Aug65/ ORIG REF: 002/ OTH REF: 001
,-----Card., 2/2-,.&,w

80291
S/170/60/003/04/23/027
B007/B102
AUTHORS: Kukhtevich, V. I., Matusevich, Ye. S., Shemetenkop B. P., Trykov,
TITLEi Dose Characteristics of-Ioni2ation Chambers and of Large Scintilla-
tion Crystalsj~
PERIODICAL: Inzhenerno-fizicheskiy zhurnal, 1960, Vol. 3, No. 4, pp., 125-126
TEXTs The present paper describes the measurement of the I/D ratios in the range
of from 0.08-2.0 Mov for ionization chambers the dimensions of which are
comparable with the path of secondary electrons (produced by r-rays) in air, for
organic scintillation crystals (which absorb Primary r-radiation considerably),
and for a terphenyl crystal. I/D stands for the ratio between detector indication
and the dose produced in the place of the detector by r-radiation of different
intensity. The method employed is briefly described, the results of measurement
are diagrammatically shown in Fig. 1. This diagram shows that the "large" air
chambers with air-equivalent walls are dosimetric with sufficient accuracy in the
energy range investigated. The I/D curves of small and large crystals agree well
with each other with respect to their shape. There are 1 figure and 2 references,
Card

7- W
4 0 0000 00 4 a 0 9 0 0 4 0 0 0 0 0 a 0 0 a
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A Av 'Go
00 * .10
ODaUnaftam of bW Ammis of Alumialum in Copw A11m) by uw
&Ryftzyqsbwum SAW. X 1~-.j I F. M. Ivatums (7,m-1. -00
s: hub.. 1041. 10, PW-M. G'Awm. Zridi., (111, 2931; C. Alia.. 1944, -00
'A
00 W, 2284).-lin lluimian.) The following prucedun-, Immil on exp-rimmital :100
38
work, was i-viant for derwrinining very stuall quanlitit-o of At in Cu-Imm,
silov* where considerably move Fe than At in twrarnt. Dimmilte 2 Wrm. of -00
4 Ir in 40 ,x. if 7-5.% - If NO Afu-r exprlliiW nitrutis futrws. add foil
K
PI .00
ofIr"t water -t 2o c.c. of 21fv Nil %4). and Itently Wit for III minutes. Filte-r
)a the hydratrit Mnf?,.waahrith ~,t viater.mind drixmit the CIA elivervil)-tically
ntheu;ualway. After &1I the Cu is deposited. neutmlixr to nwtli)l mi by 0
-areful addition of N11,011 with 2-3 drolm in rimilm. IlVat to t-oagulate OW
Fl-JOH)a + AI(OH), farcipitate, filter, and wash with lijit *aIi-r. Disfolve
06 he previiiitur in " 20 c.r. of bot N-HC'I and to the imolution "11$ ex.of VLO)i
I(l 0.". tart "le'"IlAti"ll *hich I*
*)lot r 1-1.40
tuml-t-j7h Cu p"T lite',, t, f %H OH. feat to mAgulate tlw mulphi4re
tFe filtrate acid to methyl n-d by silding :m
If Cu anJ Fe. futrr. and wash ze 0
60 N-1,10. Wit off 1frS, and t-raporate to 211-23 c.c. Then Wit 3 c.c.'uf US% r4 0
00 neutralize with NIT,Olf with 2-3 dpilm in extram,
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00
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mnwnt by the titrimetric prixvillure.
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9 I is
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M. D
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YXQY-(ZAVOD. LAB.
1940, 9. (6/6) -00
.
,
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10 insist nellital stalln. I" zu.N11.14,10, the pill. is fillcro'do
9
wa,ht4i wit 111 4 -,lot water, di-salvol in clicits. 11. 1 "v I INI No
60 ¬ the clost,, IINO# 1% tittaitard witb 0.1 N NaOll ill the
karxetke all imthyl torantor. Cu. Ill, I'l.. Cd. Ft, At, lootti.
00 1X. ions] Ca kilardirrar. 4unall quouttit" .4 Ns mand malloAh
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it Iona@$ A Ice%, a.. 0.1 till
M 9 AV .0 39
0 IT If A, A., .0 1 a &d a AS
it 99 It It a NOW M f 11. AS 4
0 0 0 0 0
0 0 0 0 0 0 9 :10 0
___* 0 0 0 so 0 0 o 0 111 0 9 9~41 0 9 0 0

0 0- 0 0 0 0 0 0 0 0 0 to 0 0
0 IN 0 0 0 a 0 0 0 0 0 00 0 0 0 :000
[ows
seesto * 0 a 4 4 so 0 0 0
11 It .4 IT 1
4 .
It 14 a J4 is is V A )q a it it it M M 16 It 4 a r
1 AA a M vp U k . I

DFTiWINAI' a. 0 ODILU IN CALCMMODIM 1;A';PITTS. Vol. Xol,mov AM,
00 D. TRYKOV (2AVOU. LA~4,194U. 9. (5/6), WBIIID19) (In "u3sisn) 2-4r of
'-
-
iur
*6 1 ;- baL&1i
ninrs in a porcelain boat are heated for 10-lb min. at 4,.,0'-4.-;Q'C. i
in a gars furnace in acurrent of &~j. The oxidited product in then lixivist
0~ of
M
with ~olllnr, water and a stream of C02. The residur of Ca Ct)3 and PbO is 1 ee
filtered orr, Rnd NR to detominod in the riltraLe 1-y titration with tiCl.

so
SOS

oo 6$4 $Ls ORT&LUAC-1k.l. W14.1011 CLASSIPK41100

t
,

IT 43 1%
; IT It If it IT 14, If
-,r0 * t 0 0 0 0 0 0 0 0 0 0 0 0
9T
4 Od a

0 0 0 0 0 0 0
O
0 0 to 0 0 to o o 0 0 0 0 0 0
4 'o 0 0 0

L Ok282:~7 Y;,T ( m JR/GD
ACC NRi n6onglif-- SOURCE CODI~--.---UR700UI)766luaO7OOOlO2-1610225
AUTHOR: Kolevatov, Yu. I.; Kukhtevich, V. I.; Tr-jkov, 0. A.
3RG: None
VITLE: Energy distribution and dose rate of eammqjiLaurt~a ~,cattered at the air-earth
interface
SOURCE: Voprosy fiziki zashchity reaktorov (Problems in physice of
sbornik statey, no. 2. Moscow, Atomizdat, 1966, 216-225
TOPIC TAGS: gamma radiation, angular distribution, radiation source
ABSTRACT: The authors study the aniplar energy distribution of scattered Y-radiation
from an isotropic point source (Co6u) at source-to-detector distances of 50 and 30 m.
and heights above ground level of 2-53 m. A method is proposed for determining the
scattering field of y-radiation close to the boundary between two media based on an
analysis of the results of this work and a comparison with the data in the literature.
The geometry of the experiment is shown in the figure. About 70 energy distzibutions
were measured in all covering a range of 12-1800 for 0 and 0-1400 for 0. The results
show that the parameters h. R, 0 and 0 have a characteristic effect on the f(.-M of the
qagular energy distributions. Sharp maxima are observed in the energy region above
Card 1

L 05382-67
ACC NRs AT6027941
0.22 Mev due to single scattering of y-quanta from
the surface of the earth at an angle ~ given by the
expression
2 sins 0
tg~ r- 2h
sin2d-
co-,
In the limiting case at an infinite distance from the
surface of the earth the angular energy distributions
have a maximum in the region of approximately
0.22 Mev due to single scattering of y-quanta through
.an angle iT. The spatial energy distributions of
scattered y-quanta from an isotropic point source also
show a maximum In the region of approximately 0.22 Mev 0
,which disappears with a reduction in the ratio h1R. A
'comparison of the theoretical and experimental data
Ifor the spatial distribution of the dose rate of seat-
.tered y-radiation from an isotropic source close to
the earth-air interface as a function of h and R shows
agreement with an average accuracy of �20%. The authors thank Yu. V. Fadeyev, A. 1.
Novikoy and N. 1. Sojdatov for assistance witb the work. Orig. art. has: 7 figures,
2 tables, 7 formulas.
SUB CODE: 18/ SUBM DATE. 12jan66/ ORIG REF; 008/ OTH REF: 004
Card 2/2,4~ij_,-

MEET-
4.A
i bu -
C~ ci M 1 OIL f~ I inIZ R D e r I L t n e B ame
11 nR a!. a 0 M
v- Tip T. -4 a A
4 3
e r- e r
R 71 7 GAI

6 10 IN NF A P500 9 11
~ut the nrrnr :,an r-Anrh
(16? T-P rmlnel In tnIs and In ,h,,
0 A I C;N one
~Aug,()4
m 9 c 0 7 R o r 9 t: c,e hal a ;zeomp ~.rv
q 'IT 110 nE! F p

Z-OTIKOV, V.Ye.j prof., doktorAekhn.nauk;.BUDNIKOV, I.V.; TRYKOV, P.P.;
GINZBURG, L.N., retsenzent; XARPOV; L.J., retsenzeht-,'-ORWTA-,
Z.H., roteenzent; TALRPOROVSLAYA, V.V., retnenzent; YIUMIGITM
1,1.6 roteenzent; KOPIOXVICH, Yo.I., red.; S)IAPMIKOVA, T.A., tekhn.red.
[Fundamentals of the spinning of fabrics] 09novy priadeniia voloknistykh
materialov. Pod red. V.E.Zotikova. Moskva, Gos.nauchno-tekhn.izd-vo
lit-ry po legkol promyahl.. 1959. 506 p. (MIRA 12:11)
1. Kafedra pryadeniya khlopka Ivanovskogo toklinologicheekogo insti-
tuta (IvTI) (for Karpov, Orlova, Taleporovskeya, Finkel'shteyn).
(Spinning)

TRYKOV, P.P., doktor takhn.nauk, prof.
The number of eugineers being trained for the mnnufacture of
linen is groving. Tekst.Drom.17 no.11:63-65 N '57. (MIRA 10:12)
(Textile industry-Study and teaching)

271-1,5 T`7~ CV, I . I . - ~"nl_"Inanie G-",)ryrr iol-- L Lv,, z'[ i r i -,ii j:!ch-i. Tok-ti2. i-ror;-~t:
I q) Q : ' o . C, , , s . I C - 1 "1 .
. M ~.?
SO: 4--tozAs' ~'hurnal Irovkh S'tntey, i 0l. '16

'. 1.,Cllp *-. , .
'L . --,
11~71!,.
Snizh-miyo Cbnjvnoati-f,,t~~lin,)y3hayrj T,'J-,i il. li4-', 5~', S. lCj-1,3
SO: L-`TOP13 NO '14

312). 3(4)
AMOR: Sokolo-, 0. 1.
Tr=; lesulle of the CooPsIltict for th* $02' IRPMVialt
3u"estion (Itagi kom%-me me, lucA4heye ra%sionelizet-kaye
prodlosh.ftly.)
PXRZODICLL. C.Od.ziy. I krIwnfI:-. 1959. Ir I . pp 17-21
ASSMCT: 1b. ordimery emp.1-tion far 1b. best U,-,~-
Zo Key 1959.
Ing eagostica, La the field of .4
G"1*%V*phla produellon Was coaclu,1*1 .1 Ih* GIATMOye uprav-
jenly# gsod#21L I karloerafil XTZ ZJ5Z (Umin A4'Uz.'*%T&-im
of Good-y mad C~Ijr.pby of tho MIi.try Of later." Lfralre
of the USSR). T -ed..4.tia a C"tocraphit &..I 11.
and KU~ took pext. A t.4.2 of 50 "4
31 Artwephic. ..r. woOnitt.4. :h- lat prIs.
6t 1.000 rubles use &vxxd*4 to T. A. Lorosaw aul T. T. Crusov
kaxtftT.ft~haky. f.%rkx (ifiask ws.C~4#61.
for *be if AtI.0 3.'-k'
TIw 2.4 Fri" of 750 rubl.. ..r. searl.4 t.i 1) Is-L.
I -af in TO. 2. C.lts.kly. 0. F. s"Ilst
(Mb Kr of the V.. at dt..drd
Caft 116
3. 0. far
TwCuffVTUPF-y-or-s-S. it .. f..I-. of Z-hL..4
a. A. X, 1. (W'-k .. k-.r. A.P (~'.moov A:Y))
S.0 of .4onel,j,
Y~l by FlAurv. of I. She - 4) N_. T_
,iZp)rf;, _17
ACP jNovaelg':~
i'ak
&Yet :,r I for Ir - TAO 3t4 Fri...
'I ':' :!r dd to ; I ) 1. 1. 1,,.
of 5- - -1-~!.'&:"
4;r ,
(ftkulsk.y. AC? (Y "I.k A ), for 'I.t4blI.h-4t of Fl..4
points by %be ::.Ih~ of n-i" bj Im- at V.p.r-. 2) 1. M-
k'y. Ar
01,211T.kr, 10 " (I ak~%.k AZP)) far
;w 4 -MISY f" finber Traasport:.,.3) 1. A* KI.L.
(U.sko,skaj.A.? AGP)) far -Tr L' %I. t"
Of lb-I-C-Ph- an %be ZTZ-Z". A) T. P. Zarubt.
ACP (SO.Cou ACF)) to, by 5_7
Met te. - 5)
dr-..
for ~UCILnGlOty Of thd Cam~lajl~ &nj L4Lt%QM Of
N-;s by the thatorelt - C V. P.
So f b., .Of "t"d .
k
er sr So keys f brlka (Winsk : rtzirrap c~~sjjtaj*))
Pil--4 xchj.. far 7) A--j- v--,-,,
(T..hkv.t*k.j. k-tag-fjgb..k.y. f.b.-Lke. (Te.h-.I
Sr-;Ibt* I-OtIt-10) far -11-hami.. for the LO.41.g at * ra.k.
Vith Npr Rall;*- !1) ' katy. A:?
Mtl.i.. ~~ (Uk kin.
-)) or A.- '-= ,- It. tell*-
A7nPbl:-;71zIlaj NA-blao 17-1 by ~M~inaslne Device VIIh
Lonia,
ACP 2ft),aj.~
%I-. -rep.r-
nen of 31-P C-pil.tso.. .j Fine- 10) "
'11 I-VI(3Av4rO-:A;GjnoyQ JLZI- Aap)) far -is.
af too Contact Mechanism In the Licroceter 1,
11) ;- -L:- A.P AZP~)
f = -r-r . 1~-- A.tlan.l C --;at. io. of
pora.l..
SaP*r:,I*v*,I!,Ia' aa in* Trligam-IrIc 1.)
A(s;.r2.v.k A:?)) fa~ -s- Y-b-r-
of IO-fi-s 13) -;-
A:r)) far -yornal.. _j f_
idPI a. " a .1 1
the --Ce-ti... by Ih. J-y: 11
-ZLI14kw OV-41-sk0ye A3P (3-4", k J.' .11)). "Ur.4*rfr~j r-
C.r4 51f

3CV/6-5)-l-4125
Result. of the C-P.1111= for V.. Ikat DqOcLg SgptUm
Card 4/ 6
card 614
r.-ZpdftQv* A2k (!:wlh-t
or C..%.rL.,: ..d q_i..i^g 311h - --11&.r7 Scale
f:v votominLac the carroctlaos of the cm~&-um of the r"go
Of %be Gvoistic L&A* -A of Vie 3ptwric r~esa% 3) T. 0.
yAw3z= Aar (""_ AQP)) .1"I'slon-az -Lb.
Can:= *I- of the 4) C. Ul..'-Iort ()Joe-
k" oy: AGP (9"cOw Lr?)). 'Z&" rrawl-
the G&K-Zl-typo-. 5) P. 1,12Z~ (t!o3kor#ko.T* Aar
AGP)), 'Devid. for Nttl~m_ a. 1.
"d IN Crlabrs
X..t 39- _A_XLAII~~ --I X_&
ql__ "I Icb.&J..y. f.brk" (K!Aak Corso-
.r.p. A M-Irlb-h Device Cw ;:lzLAt "rfamt
Color.". 6LIU L. Clout. (- shk-t 'key*
Lmsslt.t.)), -Deal.. for CTI 4-
ta%zLka (Tamlok..
lecl:hS, Meta of Plate Clas.'.
a,f
kax Cr Leh..Xqa f.bltka (Taaftkamil C-I~cr.yhio Ln.tll
a) moh-Lou for lmclLaimg 11%. QrIa4L.X C...". 11)1lS..h..j
for LIZ%Lnc %be rr with the S.Us . 10)T, 1. %r~h rLko.
m4sli&A L eumbk..Imky. f.brik.
(To A;__1 Lc -AM%- 11. S-tUh-off of
Ara _L. T. V..Il-y... (T"Wat.kAy. ksz%ocr.fGS`a-
-At)
stay. f.briks, (Usakent C"logrught. Flaunt), -rbr* a
IA %h& :OZ&bllttY of Llfht-aOI%l" Robber 301041" (A4h::Iv.?'.
12) J.M. Sher (ZLyvvokaya k4rtagrefichaskays ta=tz% %Ktjov
cartacriaTc-pi"t), of tb. 3trok.-I.-
gals on Top.v-phlo K.P. With, the Letter. - the 11"hi.0
Wind 7~1. 15) T. 1. :-rtkow-t_Z~~- (Ilah.kym
karlograflah..w. ftr i4s, Criw.phl. Pl~mt),
an *be in the Conatructlas of for
rre,#Lmg~ %be laki.C oll.re .4 Prt.tlon Dr.- - the 'ft.
set XahL. a 'Plan 14) A_!_,~- 3L--2!lbU
M.heaky. fhrik. (Rip car -
k,!,So-Ulloa.al Utbad of %.king of rri.l.
U& Forims of U I I" PrLA%Im& an Tra*Lsx Payer for PriallvS
D.oke m Off..l 1519. j3U.h.kay.
fmbriX. (Rig. C~vw.pbl. 1--%),
*Syu hromis.sioe, "d A.%I-tisatlae, Of U. 3.1sch"d " ..4
off of Are L-p. wad of %he Suclims, ft. L. It. C*;y'-Ag Do-
f to 7L_
-brik. pb . . - rL.tioft ift %h.
To Igy of lkic set. Of Otxt.. bar. of !~'. Fifth Cl ... I
,73,L,* T. rlly--%L. (Zlh.kay.
T L__
i. crTuc-r-ac -t). of coll.411A4.
.w cor~$.PQ-41.4 P*' I %I,.* by sba Utb-4 of the
Relief an 10) 1. M_
craflob-ok-y. fturik- mluil. C;~z4-' -k a
;,3,TGloL" ft %A. Kolar of the
0. 1 aws of :he Cb..&. L.,as for LUU.S.1b. C-. -3 %1
Ojos at the vr.-"*. 19) D, 1. I,tx",
gr.fi.b..kay f.brik. R11.1 cartasvaphl~) PI-t),
far L&yL.4 o She 1. C-yle. 2c 31. X-4trhu
(rbLjj#.k^y& kartoa.fl.h..A.j. f.bLrlk. (Tblll*i
mat), Device far bryin't P.Pox - Off..t rLs.bl-4".
(lbil -prosre..L. h*4 .4
21)
Procedure for the Preparatory K*rk in "IculaltnT wW kl4%tLn4
the Caogr.phlo B.S..rk " R.;s 1. Be C-;11:-t*- :-) Y, 1, 'Irn-
WUCb) -A Workboo-h for I.paIrL.9 th- G-Ld . or I"
a.. cmch) f~
24)
wW 3, T, !_2v.jjrrvAL(WICCh) the K-th-l at
log to. 31I..r Sltr.t. to C..d 3.1ull--'.

3W SOV/6--59-10-19/21
AUTHOR:
TITLE: A New Graduation and Painting of Leveling Rods
PERIODICAL: Goodeziya i karto-rafiya, 1959, Nr 10, p 69 (USSR)
U
ABSTRACT: In the leveling of fourth order even experienced scientists
make mistakes of several motors. T~ elim-iLv%te theseY
scientists suggested to improve the method of observa-
tions, others to paint the leveling rods. The suggestions
of the first group were taken into account in the specifica-
tions for leveling of the first, seconds third, and fourth
order of 1957. The most valuable suggebtion made by the
second group is that by D. G. Villner) collaborator of the
Sverdlovskoye aerogeoP-zicheskoyo prodpriyatiye (Sverdlovsk
Aerogoodetical Organ' tion): "New rraduation and Painting
of Leveling Rods". Ile suggests to chan6e the traditional
method of graduating and painting (Fig). Samples of the
new rods were tested in field work at the beginning of 1958-
The detachments Nr 82 and Nr 84 judged the new rods positive-
Card 1/1 1y. There is 1 figure.

ACC NRi A116034731 SOURCE CODE: UR/0124/66/000/008/V039/V03fj
AUTHOR: Pashkov, P. 0.; Sedykh, V. S.; Trykov, Yu. P.
TITLE: Failure of edges of metallic bar flats under pulsed loading
SOURCE: Ref. zh. Mchhanika, Abs. 8V2,91
'REF SOURCE: Sb. Materialy Nauchn. konferentsii. Sovnarkhoz Nizhne-Volzhsk.
ekon. r-na. Volgogradsk. politeh-hn. in-t T. 1. Volgograd, 1965, 309-313
TOPIC TAGS: detonation velocity, shear, metal failure
ABSTRACT: Bar flats made of various metals were thrown against a prismatic sted,
sample with the use of flat explosive charges. The throwing was mostly parallel,
and partly at a small angle of incidence with varying air gaps or without them. The
length and width of the thrown flats exceeded the respective dimensions of the
stationary sample. A correlation was established between the velocity oil' delonation
of the explosive and the angle of shear forming over the perimeter of the thrown
plate (the angle between the surface of failure and the bar flat plane). Changes in the'
thickness of the flats (made of titanium alloy. 18-8 steel LO-62-1 brarin, AMr 5BM
Card 1/2

ACC NR- ARG034731
aluminum alloy, in the throwing speed or charge level (ranging from 50 mm to
130 mm), as well as exceeding the dimensions of the flats over those of tile
stationary sample did not affect the shear angle. At a detonation velocity of 1750
m/sec, the shear angle was about 87 degrees, and at 3500 m1sec velocity, the anglei
was about 52 degrees. Orig. art. has 3 bibliographic titles. [KP]
SUB CODE: 20/
2 12

IJ FCC)--JDAUi--
-1, 09390-67 1,74P 10-1p (t) /FTI.
-A'-c 'N I(' A6033108 SOURCE CODE: UR/0137 /66 /000/007/F,005/F,005
.' 3 Ll
AUTHOR: Kazak. N. N.; Sedykh, V. S.; T~rykov, Yu. P.
.............
.....................
TITLE: Formation cf the white phase on_jM act of titanium and steel plates
SOURCE: Ref. zh. Metallurgiya, Abs. 7E29
REF SOURCE: Sb. Materialy Nauchn. konferentaii. Sovnarkhioz Nizhne-Volzhak.
ekon. r-na. Volgogradsk. politekhn. in-t. T. 1. Volgograd, 1965, 347-350
TOPIC TAGS: collision parameter, impact parameter, white phase, welding,
microbardening
ABSTRACT: The composition and structure of the so called "white phase" created
on collision of Ti,with steel are independent of the collision parameters of the plates.
Within the limits of each section of the "'white phase" its microbardnesr, i6 equal to
880-940 Hv. The hardness of the "white phase" remained constant during changes
of the material base having Armeo iron, steel 3, and carbon steel as a base. The
microhardness of the "white phas'e" somewhat decreases during heating welds at
> 700C and increased aging (0. 75-2. 0 hours) at a constant temperature for various
gages of Ti plates. The'relative amount of the "white phase" in the weld area Is
C.rd 1 / 2 1JDC: 6 21. 7 91. 1. 011:66 9, 14, 018+.66.9. 295

II fA
L 09390-67
ACC NRj Aji-6-0 ~ 3-1-0-8-
'determined by impact velocity,, increasing in proportion to the kinetic energy intro-
duced during weldi with the plate used for, Impact. V. Fomenko. [Translation of
abstract)
SUB CODE: 11, 13/

v, 4n.,!4

ACC NR- AR6029511 SOURCE CODE: UR/0137/66/000/006/IO66/1066
AL)THOR: Kazak. N. N.. Sedyk
h S. ; T~7kov, Yu. P.
TITLE: Effect of heating on the strengthr,of the bimetaV titan'um-ateel
SOURCE: Ref. zh. Metallurgiya, Aba. 61464
REF SOURCE: Sb. Materialy Nauchn. konferentsii. Sovnarkhoz Rizhne-Volzhsk. ekon. r-na.1
.Volp-ozradsk. t>olitekhn. in-t. T. 1. Vol ograd, 1965, 351-353
iment, titanium containing alloy, bimetal / BT1 titanium
,TOPIC TAGS: metal heat trea
containing alloy, ST3 steel
TRANSLATION: The strength properties of the bimetal Ti-alloy + ST 3 steel were
,studied, after preliminary heating to various temperatures (the maximum temperature wasi
00000 for 45 min with subsequent air cooling. A sharp drop of a was initiated af-
b
Iter heating at 7000C, while at 10000C, the strength of the combination practically de-
Feased to zero. The qhange of -the strength properties of -the bimetal were associated
with the occurrence ofLUjffuq1on cesj~~ef~ between Ti and Fe at heating temperatures
aove 7000C and by the formation of a brittle ompound of Ti with re and carbides in
'!the boundary layer. L. Gordiyenko.
00DEs 11,13
1/1 UDC: 669.018.9

now
0 4-0 4-0 0 0 0 0 0 0 0 0 0 0 0 111 IV
1. IS 14 1% .1 ;, I 1, 1. 1! 1 . .
Ar I r. A L -.1 .6 ..4. &1. 0 0, p 1, It A f 1 015, U A
.x
toNed of the composition of Ike water as the white -
now of materioU wlma bleachtd. D. A. Andronikov mul
a G. 11. To kovot. L'ou-somoo'ka-Stskoolmaya 6, No. 4.
m affig), C-Jbl-. Z-11. 109. 1, 774-The uorof river
00 wister koutrad of disid. water In the lAmlints of linen with
hS,jumirlikirite van rilheir insprivire ot Oulmij the Wrim-long
0 0
k" I Nn. rtic diffetrof Action sfelgkl, ot.." I It, Fe
Of tht W21CF. 0 910mr
00
00 -00
00
40
00 0
60
-.00
90 .00
0 ASS SLA mffALLL'P(.#CAL (ftt*&IL41 CLASPOWAIK& re
00 it
An 4
I
0 0 a 0 111 0
lei 0 0 9 0 0 0 0 0 6 a 0 a 9 0 0 0 If 0 0 0 0 0 0 0 0 4 0 0 0 6 a 0 0 0 0 0 0 0 0 0

KACZMAREK, Zdzislaw;_jRJ~OZKO, Elzbieta
Application of the methGd of quantiles to estimation of the Pearson
distribution. Acta geophys Pol 12 no,10-12164
1. Department of Hydrology, Technical University.. Warsaw*

- - - - - - - - - -
-7
P/0033/641000/002/0062/0068
AC=- SION NRI AP440226M
AUTHOR: Trykozko Rajmund
TITLE: 7te offect of heat treal-Ment of the thermoelectric properties of WAck
cadmium oxide
SCEMCEt Przoglad aektronikitt, no.2, 1964, 62-68
TOPIC TAGSs CdO, cadmium oxide, tbermoolectricity, thermoelectric propertyp
black CdO, black cadmium oxide
A%ETRACT: Results are given of re~,,carch on the temperature conditions of elec-
trical conductivity and thermoelectric strenf;th of cakes of cadmium oxide in
relationship to t~e uW that tht) saz:ples were made and the conditions of mea
want. An interpretation Is givon of the results of the measurements. "I;n
conclusion the author cincerely tlznks Dr. Wlodz"erz Scislowski, for directing
the woVc as well as for suggest!.ons and advice given -While the vork =a being
prepared for print." Orig. art. has: 4 figuess 9 formulas and 1 table.
ASSOCIATION: Wydzo Mach. PrecMjnej, Politechnika Warazavoka (Department of

ACCESSION NRt AP4,022W
Precision Mechanics, Warsaw Polytoohnical institute)
SUBMITTED: 06Apr63 DATE ACQ: 08kpr64 ZNMS 00:
SUB CCDEs CE, YA VO.-MW SOVs 002 ormas 00
CC,4.2/2

T~YWZK.O; Rajm=d
Influence of heat treatment en the th~emoelertrin prope-etjeB
of black cadralum oxide. Przegl alektroniki 5 no.2&62-68
F164
1. Wydzia:L Mechaniki Precyzyjnej, Politechnika, Wars2mwa.

r!'3"T
TTTj J
Th~.- in'?uence of MI121; frlns'f'-~r Porc-q nn th,-! a
T).
10'11 T-Dlint-O on
po"T'-.7)Y, AU"f)?-!AT?7r"1, Warszaws., F,Dlund. Vol . 5, no. 2, F--b. '95'~.
TC, Vol. 8, no. ~, ic'59.
,'onthly List of East Eiiropcan %cc,!F~sions
Uncl.

Z.
The mftho i of' force I joinin-, fol- 57 hr,r! lr,1'113-1 alv~
diame 1, ("r
Vol- 5y no. Feb.
Monthly List or Ea'~f. E-mropean Accessions (ELIJI, LGp Vol. 11 no. An,~. 1959.
Uncl .

i! cl c !:3
(7:
F;-~~:t TH' iro~,aan Ac:ct!-,:-o:is A!) T,C

TRYLINSKI, W.
Remarks on the computation of force fits substantially transgressing the plasticity
limit for diameters of less than 6 millimeters, p.41a
(POMIARY, AUTOMATYKA, KONTROLA, Vol.2, No. 11, Nov. 1956, Warsaw, Poland)
SOt Monthly List of East European Accessions (EEAL) w, vol. 6, No. 9, Sept. 1957, Uncl.

TRYLINSKI, Wladyslaw, doe. dr inz.
String transmission with fixed string ends. Pcmiary 7 no.8t
320-322 Ag -161.

TRYLINSKIO W.
Hairsprin.-S. P.476
(POMIARY, AUTOMATYKA, KONMOLA, Vol. 2, No. 12j, Dec. 1956, Warsaw, Poland)
SO: Monthly List of Fast European Accessions (EEAL) W,, Vol. 6, No. 9., Sept. 1957, Uncl.

THYMNSKI, W. (Doe. %pl.-Ing.)
W. Tr7linski (Warsaw), "Berechnung von PreBspassungen bis 6= Durchmesser
bei grosser Ueberschreitung der Fliessgrenze," Beingeraetetechnik (Berlin),
6/10, October 1957, pp. 459-61.
Trylinski's co-worker, I)ipl.-Ing. Zdzislaw Mrugalski, assisted him in his
researches.

17.--TRYLINSKI, Wladyslaw,-d,oc-. dr. inz.
"Principles of precision mechanics* bj Mircalav Fajn. ?eviewed
by Wladyslaw Trylinski. Pomiary 8 no.6:251-252 Je 162.

TRYLIVSKI, Wladyslaw, doc., cir,y inz.
Variation of torque transmitted by involute spur geariz-,gs. Fmlar-i Z
n0.4:160-164 AP 162
1. Politachnikia Warszawsku, Katedra Podstaw Konatrukcji Prayrzadow
. Precyzyjnych, czlonck Komitetu Redakcyjnege miesiecznika "Pomiary
Automatyka Kontrela"

ACC NR: AP6034788 SOURCE CODE: PO/0045/66/030/002/0277/0282
AUTI-1011: Kaczmarek, E. ; Trylski, J.
ORG: (Kaczniarel(] Institute of Physics, Polish Academy of Sciences, Warsaw
(Instytut Fizyki PAN); (Trylskil Institute of Theoretical Physics, Warsaw
University, Warsaw (Instytut Fizyki Teoretycznej, Uniwersytet Warszawski)
TITLE: Two-center acceptor states in germanium and silicon. II. Two-center
integvals
SOURCE: A cta physic a polonica, v. 30, no. 2, 1966, 277-282
TOPIC TAGS: germanium, silicon, acceptor, two center acceptor state, crystal
two center integral, Schechter wave function, Coulomb potential matrix element
ABSTRACT: The matrix elements of the Coulomb potential between the Schechter
i wave functions and the overlap integrals that are necessary to find the two-ccnter
acceptor states in germanium and silicon crystals were calculated, Orig. art.
has. I figure and 8 formulas. [Based on authors' abstract] [DR]
SUB CODE: 20/ SUBM DATE: 19Feb66/ ORIG REF: 002/ OTH REF- 0011
LC.,d

ACC NRI APG034789 SOURCL COM PO/0045/66/030/002/0283/0292
AUTHOR: Kaczmarek, E. iM'szkowski, A.; Trylski, J.
y
ORG: [Kaczmarek, Myszkowskij Institute of, Physics, Polish Academy of
Sciences, Wars'aw (Instytut Fizyki PAN); (Trylskil -Institute of Theoretical
Physics, Wars;iw University, Warsaw (Instytut Fizyki Teoretycznej,
Uniwersytet Wa:rszawski) I
TITLE: Two-center acceptor states in germanium and silicon. 111. Numerical
results
SOURCE: Acta physica polonica, v. 30, no. 2, 1966, 283-292
TOPIC TAGS: germanium, silicon, acceptor, acceptor ground state, acceptor
two center siate, crystal hole energy level
ABSTRACT: The energy levels of holes in-two-center acceptor states were
calculated for germanium and silicon crystals. It is found that one can probably
use spherical,eigenfunctions of the acceptor ground state in calculating hopping
probability only in effects dominated by acceptor pairs of large separations and
large energy difference. In other cases it is necessary to use more complex
Card I / 2

AP6034789
one-center eigenfunctions. Orig. art. has: 10 figureB, 2 tableB, and 2 formulas.
[Based on authors' abstract] [DR)
SUB CODE: 201 SUBM DATE: 10Feb66/ ORIG REV: 002/
j
C.,d 1/2

ALATORTSEY, S.A., T)rof., dokior tel-Ln.ntmk; A111RIWEV, A.V., laind.teklin.
nauk; ANCHXROV, I.L., inzh.; BALINSKIY, S.I., inzh.; BELOUSOV,
Y.G., in2h.; VIIIIIIVSKIT, K.Ye., kand.tekhn.nvuk; VLASkY, Y.M.,
inzh.; VORONTSOV, N.P.. laind.telchn.nauk; GIPW.11, H.K., lnzh.;
GLUZKAN, I.S., kand.tekhn.nauk; GUROrAY, S.V., kand.takhn.nauk
[decesned); DEMIN. A.M.. kand.teklin.nauk; TEGUIULOV, G.P., k!ind.
tekhn.nauk; YEPIMOV, I.P., inzh.; ZMIKOV, L.I., kcand.tekhn.
nauk; ZELITSM. N.M., inzh.; KOSACHEV, M.N., knnd.takhn.nauk;
KOTOV, A.F., inzh.; KUINOV, G.P., inzh.; LAPOVENKO, N.A., kand.
tekhn.nauk; HAZZMOK, S.F., inzh.; MEL'NIKOV, N.Y.; MUDRIK, N.G.,
inzh.; NIKONOV, G.P., Irand.tekhn.nauk; ORLOT. Te.I., inzh.;
POTAPOV, M.G., kand.tekhn.nauk; PRISKDSKIY, G.V., ilzh.;
RZHEVSKIY, V.V., prof., doktor '.-ekhn.nauk; RYAKHIN, Y.I., kand.
tekhn.nauk; SIMKIN, B.A.. kand.takhn.nauk; SITHIKOV, I.Ye., inzh.;
SOROKIN, Y.I.. inzh.; STATURK, V.N.. Icand.tekhn.nnuk; STAKMICH,
Ye.B., inzh.; SUSHWEINKO, A.A., inzh.; TYUTIN, I.F., inzh.;
TYMOVSKIY, L.G., inzh.; FISENKO, G.L., kand.tekhn.nauk; FURMANOV,
B.M., inzh.; SILATLAW1, M.G., inzh.; SIESMO, Ye.F. P rof., doktor
tekhn.nauk; T~OFIGOREV, A.M., glavnyy red. Ideceanedis-
(Continued on next card)

AGATORTSEY, S.A.---(continund) Card 2.
KIT, I.K., zamestitell f-lnvnoi,o red.: SMSHKO, Ya.F., za,wetitel'
otv.red.; BUGOST-N91Y. Tu.K., rod.: BYHOYMITA, 5.11., red.;
DIONISlYL-1, A.I., kand.telJm.nauk. red.; KO""Ill, Yu.V., red.-,
SOKOIA)VSKIT, H.M., red.; YAS'LREBOV, A.I., red.; DEHIVRW, G.P.,
kand.tekhn.nank, red.; KRIVSKIT, M.N., laind.tekhr.nwlk, red.;
LTUBIMOV, B.N., inzh., red.; MOLOKANOV, P.L., inzh., red.; RNISH,
A.K., inzh., red.; RODIONOV, L.Ye., kand.te~din.nankg red.; SLA-
VUTSKIY, S.O.. inzh., red.; TRAMUfAll, A.I., lnzh., redl.; TRIKOY--
_�KjX,-", inzh., red.; FIDELEV, A.S., doktor tekhn.nauk, rrd.;
SHLrjQiOV, A.H., kand.tekhn.nauk, red.; TM-IZRAEL'YAN, T,G., red.
izd-va; PROZOROVMC.,~Yz%, V.L.. tokhn.red.; KONDRATIYEVA, M.A.,
tekhn.red.
(Continued on next card)

ALATORTM, S.A.---(continued) Card )
dictior-ary]
Gornoe delo; entei.--Ic-
(Mining; an encyclopedic
pedic~eskii spravochnik. Glav.red.A.M.Terplgomv. Chdeny g~a7.
red.A.I.Earanov i dr. Moskva, Gos.nauchno-tekIm.izd-vo lit-ry
Po gornomu dolu. Vol.10. Nining. coal deposits by the open-cut
method] Razrabotka ugolInykh mostorozhdonii otkrytym sposobom.
Redkolleglia. toma; N.Y.Mol'nikov i dr. 1960. 625 p.
(MIRA 13:2)
1. Chlen-korresDondent AN SSSR (for Mellnikov).
(Coal minos and mining) (Strip mining)