SCIENTIFIC ABSTRACT ZAKHARKO, YA.M. - ZAKHAROV, A.F.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001963520004-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 15, 2001
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

ACCEL-3-SION' A F 0 i 5 4 1
SUBMIT'LED.
Fe
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Card r
mon MR,
5 111114.~I, K, !tflgf'~f4

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Saws com,:
AUMOR: Zakha M.; 'brisk&, T. Y.-T
ORG ~ L'va,.r State Universi.V Im, 1. Fram~o (L'vIvG)nrv d_erz?,unIvpr!yf,.+
TITLE -. Me eft"ect of a con ant electric field on the yield of x-rat luminescence of
7t
NaI(11) ~~Jr,
y ~rftajr. . Iz,6
SOUPCE: Erjcraylnslk~y fizychmjy zhurnal, Y. 10, no. 10, 1965, IJ23-U26
I i
TOPIC TAGS: x ray effect, luminescence qtenchirir,, lumimseent crynbkl. sc i TP~ L
electric field, Ocictron hole, e;ccitor., in, :-irg r5dintlo!~,
7-ne authors investigate the czf'ect of' a consta-rit Plectri- fleldi -~n *Ie
In I -,-i il , vt 10,f. z. r,
t'r a t , c~ r~~ry x- nmy mixLe_~ c e nr i
ro-le cj-zd i~e"Lat_l nch5s of' the eLectron.-ho.e P-rid exciton co-moneEtn ff t~xcilatlnn of
the scintilla-lor by hard ionizirig !n. Pcr~ird -,'F~telets, Eibou_ -..;71 wEre
cnit box from. large Nal(71~ cr-yst-Ii;. Tile x-ray lumlnescer,.~e was r.~cr)rned
meter coanfeteu ti Ii-he annflp circuit if a ~.~u e r
p u ft x - ray s pe c r~D -c t c:- t i :i c h_--Lr_ne I rju e - ~ie nst i~
t 11 1 LI r .->ti 4! -,n h e F, 16 e
Y
.,I m( t; ck-_L~ -Y -~'Mpercep-, lb~' e at a do6,E cf '~D- - !DC roentgeri/min. )T Chjirgrq the

ACC NR: Ap5o26qtq
qf the ar~!Ie-d voltage tbe &~EnendEnc,! off the liabt outrjt on t-IfL field irittenc-ity
av RKF: oo6

t j
Nai U50227684 tj%/00~1/6"/C Q lor. /rig -11 /~v 1
i nonn
TITLEs Ibehanian of excitation of Beint-illations in oingple cryeuj~,- -r 90dj=.
I o(II 'e- act', va-r-I by Uialij ~,n
SOURCEt Optik, i apakta~crMpiya, v. 19. no. 5, 190, 831- 33
TOPIC TAOSt single crystal, sotij= am-pvund, thaillum, e=jtoz, lu"innOCAInce
oiBai Ilogro-ph, hant orfact, x ra. :rrndiation, temperature dependpnor
act,w-'Jion PnergT
'T t
ABSMIUM, The temparature effeet or, Uo kinotias of the rise &WI al-t--numti'm, of
tEonolumipeocenai during JAate a)Lcd t--t-I -,- was OW&O'd VIAb U1.1 Cmte'la in
~oep T
ordar to sepmrpt6 the exciton from the raoombl nation mechanism of ;)xcitation. Ihn
A-ray raqjaQon pilson -corn isanoratoI bi a Yzo anticqtbode in the titer, of a URS-6C
R-ppjm-atiin '.iurrition of julooo, 156- mo; r-,t.-3 of ri-se aLnd atuaruqt~(,nI
qff'.-te nr-~ .'-11 -rp, 4,iLa or,
--o tc~m-i~or;,-Lurmd, wero uesd for ~Ir,tLtng
.[C=d V4 tJDGt , &Ujn#4"#+50*D

L 17880-66
OZ7684
A
Y5 on the tewpr&tvxO (T) In the
f tn-e cipm:Aj-,g tin"'
th, ,-.0411ittion V&S
3.34
_jr,Lated by
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3 REF 004/
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pm .711P,
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ACC NRv A_r6016C SMUE CODE: UR/
47 0165/9/014'005705T870539'
AUTMR: Zakharka, ya., chge-',zey", y
OW: Lvov Stste UniversAty im. I. Fra iko IL 'vivo krr derzhvxAv,%rsYb(+.)
.4 'ATM! Tnf1=cn of x-i"p-diaticin on rtsoLir--iori of a NaT(T1) rcinti-LAtor
Z: Tkrayips'kyy fizychnyy 5.11i-,rmai v. LL, no. 5, 1966, 538-559
TOPIC UGG t x rtW effect, scintillator - &.-ti-i-ated crystal, Ga ope(trometer
ALE-SM-An-Ti ThA-# 1,9 a o-*ra2itir!u_qt jC-p -If -ft ,Ii.- IT 17 EISSP
- eer. !'iz. Y. 29, 7'
wr-t.-'? 11 wat; e~~ICSUTI' la ci-istaln to r~ard x
SEW
~7n
7C 'Mi
s -e (mposed to closen of , 0--50 r n. he
e2yatals EXv i Ty the Kirepculos method we;
i - - - 43 Dh t
resolution waz meacured with a scintilbtion nactrometer usiruz m Fg-~ , ato=l i
plier sevcTal brAi-ra &fter the In-adlati rn, wlif!ii the phosphorescence )i* the crystad
complotelY stopped. Several weehs &fte~- a 60--r.-dnute irradiation the resolution was
Gttu 4o-1.51 be'LGr'9 the initial vt-Lue. o-d 1-ho am Litude of the nhoto-Nn~k w&S -Iql.
S!N
bi3j'.ow the iaitii" vcxlue .-Lhe st-4-L dec- ejrv e ri t he a*.rerage p6crtapeat Pinr) i tude, colrl-
V
pRred vi-0h the t-.ppreciable drter'crratin: o:* 'Aie resolution. is the c--rsmuence of
g
lahomcgeacitles of the optlc&-~ y'eid, 0 e u Liiffe-,rent &beorptlai of tne x-r-tkys
pN41
in tbe sclutil)i-tor mterial. Ida w Q
T' r, co-.f--;-.aed by a se?ax-ate test (f the vaxlat'
'or
of the light yield with the thidmess o: ticintillating crystal.
tle '7-ig. &rt. has:
I figure and 1 ubla [021
L
q1 M M D -?-- 201 SUBH DATE., 3GJtn6'i/ ORIG REV: 00 5 i ATD PRMS

ZAKIIHAIRCC 1-T-1 L. D..
cn Ri '11 -
..or. :~D~ .1tra" Av ia -~'l 3 a rid 3, 1) 2
"Ccnixibut-ion tr) the Probln--, oil t~.c 1!~chnn--'~--i of Din:lolution cC Ali in in
cr Dkv Frimm)1,11 Dck. Ali', 217), NO,. 1, l-'/140;
110n them Ef r~,(,t Of C"Te-
JCjrj CQ-w;ooR11n of A-1.1c,.-: jte~!lm v1pon Fit C-I~Irr-.,,,.~Jmi in
A,mtoun Soll~"irm of Phenol," ibid., 34, 1-T3. 6, 19,1+2.

J- ii it U 11 A
$4 K w u a 4 4 0 1 -A
on me Mod Of as Ow amodum at Awr Iwas aipmt
Aquomt "tket of ftemL
74khanitchkin and AN. l4witch (Cumpus Itenduot (1kikk4ly) At#
IT11"", 194.4, VOL 34, No~ 6. PP.' 1113
re If
157) A t 14 rtful of Sir) inirmt1poll" 4 IIAC- 141(ing
mm'w1oll it of will - =7wll with: :d) chnse"film, J61
and chmoilum, amt (c) ulgitel tuvi i4immium Ili a4jtwouA'NulutIvct% 10111
08 jr Ithen"I. lug spmmem were immeewd in tho kv)(Inkwn in tftt
0* 4r tOws Awl emkd, awl Owt exaieb%tt after prtiotte of 12.
A4, 432
slid M2 Ilf. Onlinsfy mbm 4tell mmmled Wfamlv- over the
whole, sturfist, ~-- -Inctr"Ing the cl.4nuniuns matent iornAam"I Ar 40
00 a revistamw Ili pitting (xjrnokm. A 16/24 chromium-uhrkel wel Ii%o
j;j n to A w pits after 4 U hr, A an IN;# chrmium-nicktol stmi 4~**
00 oldy fkKlf Nis dtft W'hf, MOVIA t4mtsl"1144 vil"41111111% IN"*
mul 2M with imAyboltAoum 2440;, anil 3-71-I*_ rvoixelivrly. urrt,
1,40
too
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A -1 --T77..r-W-
b.u 0 AV i0 "1; 4
" It (p it cc AC a a N
610 * 0 0 * 0 0 9

93-4-12/20
AUTHOR: Cheskis, Kh. I., zakfiiLrochkin, L. D.
__' *- - - ------------------
TITLE: Use of Electrical-ly Wolded Tubes in the PetLAoleum
Industry (0 primeheniJ. elektrosvarnykh trub v
neftyanoy promyshlennasti)
PXRIODICALt Neftyanoye Khozyaystvo, Nr 4, April, 1957, IPP-117-50
(USSR)
ABSTRACT: The article deals with research on electrically welded
(resistance weldin me!thod) tubes manufaotuved by the
plant imeni Lenin 1~ube dimensions - 152 x !5 and
114 x 5 mm) and thp Moscow tube plant (tube diameters:
22, 38 and 51 mm).' The 152 x 5 mm tubes were made of
St.2 steel, the 13.4 x 5 mm, of St. 3 steel mad those with
22, 38 and 51 mm -eiiameters of steel "marld :L5". The
tubes have not be,(:n heat treated in the factory. Testing
of the macrostructure of the welded seams have revealed
no non-fusion. Wnsil strength tests were vun on 700 mm-
long tube samples (some with a transverse welding seam
in the middle) which were subjected to prea3ure high
Card 1/5 enough to rupture them. Hydraulic tests revealed no

93-4-12/20
Use of:ElectricallY Welded Tubes in the Petroleum Industry,
failures along the lonE;itudinal aeams. Ruptures
appeared at a distance of 2'1'-35 mm from the longitudinal
seam, Table 1 shows the results of tests performed on
114 x 5 and 152 x 5 mm tubes at room temperature.
Table 2 shows the tensJ,l strength and relative elonga-
tion of the tubes and 1,he tensil strength of the welded
joints at seven differvnt temperatures, rariglng from
20 to 4500C. Cor.3--osion tests were conducted on welded
tube samples, 22-, 28 and 51 mm in diameter and 40 mm
in length. Tube.vamples of larger diameter were
30 x 40 mm. They were out out at the Veldirig seam and
at 90 and 1800 ",Ies I;o the welding seam. The'samples
were subjected to ~'% aqueous hydrochloric ILCid at 200C
for 400 hours and W 11; aqueous hydrochlor1c: acid
saturated wi-th hydrogen sulfide, at 200C*for 100 hours.
Test results showed (Table 3 and 4) that-in all tubes
samples (not heat treW,;ed) the welding sean zone had a
lower corrosion stability than the basic meatal. As a
Card 2/5 result of corrosi:)n the loss of weight in the case of

93-4-12/20
Use of Slectrfcally Welded Tubes In the Petroleum Ind-astry. (Contd)
i
tubes 152 x 5 ='witb welding seam was 1.7 - 2.6 greater
than 'the correaDonding loss of weight in samples of the
basio metal. Tubes Aith thin walls were eaten through
along the welding seam (Fig. 2a). It was assumed that
uneven corrosion. statility of the metU along the'
perimeter of the tube was due to structural heterogeneity
of the metal and'that by equalizing the structure by
heat treatment Its ebemical stability would be improved.
To test the vall$ity of this 0assumption, the tube samples
were heat treateia''at 690-710 C and at 900-9200C and sub-
sequently Vested witb the above mentioned solutions for
corrosion stabilLty. Test results (Tables 3 and 4) showed
that heat treatment increased considerably the corrosion
stability of the welding seam zone. The character of the
corrosion was more uniform without visible impairment
of the butt weld (Fig. 2b). A wide application of these
tubes depends i1jo on how readily they can be bent.
Bending experime-ALts with tubes, 114 x 5 mm and 152 x5 mm,
1.7-1.6 m long and filled with sand, were conducted at
the Moscow refiniry. The bending curve was 4-5 times the
diameter of the -,;ube. The longitudinal seam was located
Card 3/5 either on the ev;)andedicompressed or neutral side of the

93-4- 12/20
Use or Electrically Welded Tut-es in the Petroleum Indu,311.ry. (Contd)
flexed tube. Hydeaulic tests revealed no failures in
the basic metal o(v in the seams. Flared, heat treated
tubes (25 x 2.5 aad 33 x 1.5 mm) were also tested
(at 25 atmosphereis) at the Moscow refiner-j. Tests
showed no cracks 'in the-welding seam. The author con-
cludes that: 1) electrically-welded tubes Lresistance
method) are as 81;.;?onS as seamless tubes atul can be
substituted for t4em; 2) electrically weldfad tubes, not
heat treated, havft low corrosion stability which can be
greatly improved 1)y heat treatment'; 3) in the petroleum
industry electricialy, welded tubes can be used to trans-
port petroleum and can serve in refineriea for transfer
lines, for heat e:,xhangers and oondenser-coolers, pro-
vided the temp6rature does not rise 'above 3750C; In the
equipment 4) electrically welded tubes of large diameter
made of %t. 2 ste(.l can be used without p::,Lor heat
treatment, to transport non-sulfurous oil its well as hot
and cold 'viater; 5) electrically -welded tul)os made of
Card 4/5 St.2 and St-3 steel, when used for corrosion crudes,

9-.i-4-i:~V'20
Use of Electrically Welded Tubes in the Petroleum Industry. (Contd)
should be heat treatod; 6) electrically weleled tubes
used in heat exchangu-r and condenser equipment should
be heat treated preferz.bly at the manufacturIng plants.
Since the ends of het.t exchanger tubes are flared, they
should be either drm,,n or reamed for a distance of
Card 5/5 100 mm from theend.
AVAILABLE: Library of Congress.

i jp r 6;u' A,
- - ~232-6
C
i CC 49.1 RIC z
t Aktl 150~v~p
A U -1110 R
V. G. (Candidate of te flinical. sciences);
Shre
~der
k. V. (Candidate
_
_
,
,
-of technical iclerml;i); Zakharc-ch;dnt
OT rij .none
T
TITJ
Z: Basic directions in -corrosion ca itral of petrol-e-im. refinery rlquipc,,ent

SUIPM, ;Faiind che skoye i neft-yanu~-_ no, 6
4-5.
lr,j65
,
,
TOPIC TAGS- chmm"'Um. Steel, "Low allo,.r trteel, C;_~rban steel, Steul ecrrC.S40:1
resistance, high alloy steel, pipelino petrc,,Ic-umk refirv:5ry equipment, E.oat
'
exch,=.ger, f urnacr;, monel t
eel , 1'~;-,511 steel, ". 5VT stec 11
160,3 low
,
strzel, 01"M3 high alloy steel, IK'116149T hiEh alloy steel, 11h].'IN1.312T high
--alloy -teel, 118-8 _-tcel,
- Will
AEST M': An 8% Oromium steel grade K!~-Var' arc-a-l-ed to roplaco
w
v chrcm~-' u1--- It! 1~"
made of c5irben or low-allo

ir. "l."Ifulroua- m-:-d.-'L~. a'. el6vaL;-Id tefi Ttcrati ulirpusac-a the co"osiar,
of lirma m~ido. froM 0.11rouidum stee..16 I)y ;1-2.11 It.-JIDuas iu4el lineil madu fr=. caebon
qntccls by 5-8 ttmcv- However, for cez-tz'.r licat, exchanc uipment, tho cormsion
- o c~q
re_Aat.~nco of stuel MhA tubes is Still i u-'
._Mcientj iri this caue steal OF1,113

'8001 Ain
-208" (Oont ~ lit 7-9% chr"dula, IAvichis 24o5 times, more corrosion
res"fran. -MOA ati ~being Widol,-~_Uaed for
rarmaeff and
UDO 620.12 _66~--527--

24532-66
?VI
hot-Processing linea in p~~trolem refire,les- Ilowever the corrosion, resistanco
of steel IKIMI, is unsatisfactory iii sor, , case3. Additio-nauy, the st.rmgth
properties of theue stools son, etimeo do zot satisfy operating conditime at
:-high twperatureu,,
e nart'? 9f, CO-11TAreatt u-sed in proc-t-r-sin r a-ulfurous and highlv uulfur)us
CnLd0,-4, in~tw-.cco, w-.ot-11d ho mtd j froci a c1ad a!-,car. with thic :=c
la~uv vvade of aarbcAl or lo-w-alloy (typo .643,1_3) stoaLa Ctnd tntj aladdird 1-41YOr.
) tteels or moncl
m-da of hir-h-alloy (Type 016,13, IM81191 U.171413M?T
D,Ij M-,~ito Trila,-,-red
or :A66__. 11- hesl-ctec-l _18-8; t ui to effectively u,,lcd for iop~.rato
iteirs of Use eGu"'Pment. j FRS
___SUB COE11751. -13, 11., 20 SUBH DATE.-
Co,4 2/2

Tl~ '~N;-'V 'V
0"~
U~-
a
P
s"
ZAKITAROCHKIN L. D.
C,o.rrosi-on of metals 1n processeg Of the hydi,odeoulfurati-on of
ucts. Neftepers i neftekbime no, 4:38-41 '64-
petroleum prod (1-11itA :.7:5)
1, Cosudarstvornyy nauchrio-11391(v4ovatellskiy I proyektn.,ry
institut neftyanogo mashinostroyeniya,

ZAM.DMMWM. L.D.1 VOLIISONO S.I.
High t4speratwe gu -corroiian -in =din containing hydr2pn
vuUidos wftopmls 3:4-11-418
160,, (KIFA 14 t 6)
I* Gosudarsfte=U7 mauckno-Issledovatellskiy 1. proyektn:ry UmMut
neft_vanogo mashinostroyaniya.

ZAKH~LROGHKIK, L,D. DIYAKOV, 7.G.
Present,statux,of thei.-orrosion, protection of the equipzent
of refineries processing saUur-bearing crudes. Khivi.i
takh.topl.1 masel 5 no. 11:46-49 9 060. - (MIRA 13:11)
(Petroleum refinerins-Zquipmeat and supplies)
Worros'.on and anticorrosives)

9v
MON
"q A
lip
N.4 g
Lov
8 v Ifi * ijt;l - I ..
8~
Hd
ilk 171.~ I rail I
Ali.

ZAMIAROCIMII. L.D.; VOLIFSON, M., VMHKOVA, L.G.
Chemical and.tachnological control of the corrosion of low-
,temperature equipment of AVT unitso Xhim. I takh.topl. I.
nasel 4 no.3:46-52 Kr '59. (MIRA 12:4)
1. Giproneftenash.
(Petroleum refineries-Jquipment wd supplies)
(Corrosion and anticorrosives)

'q
h(V
~v
UOY KAW I Nat cwtat"nqg
Sm" IMUy flU&L
wm*.V Ou (and" at ftxrw~
d4ow"d Is Nt"Itras rroante, room " a, god.
e W. 1. qrs, Igd. I.&Uoft" nuu Aff no. L".
IN" "t"Meel "'I Ul%wl&l m9evC AVVCWW, 1-2-. MISIMISS. A.T.
Owdexuaw, 8.3. ("fN Ed.), W,44"t"Wn" V.P., M, ftu,. L.L.1
Tock. sk.
to '"sow for ma-mm crastautts er mogum no*",&
*&Mtt4ftl t&*Ut4NLlCft. W4 potgeld" pol"" Slfttg.
nuag" to as rim 4c rausaids is the re"I"
it Watune w6 samet I** to %" "44 OU44 to mto dadorr "A
of =11 milkne -it awated tgelwoa
42 two 4 was 'A"" rtt4en% frajo" tetueed
obta Wet# um clammarLad
is, w
IWIN& I As On)
VA40181ktr W ftUW.*rV^ta C 4 0, on/tilt
vvoaw* to
14;~"tr*uw t rpm C&j%."t%r"w m4 Ow"Mon Upsow) vs
pw 0 &A froyLs. tahwo mA 6quam"I am aves for fm
"versolas cc rm"Was empows" *m n4swes to ma" use "A tumvero.
tam.
do L.O. f" 8 T rkshLbtrysk~. (daeaftme-ow
WY ~%&tm sams-so seteactne aeoseemb two
newalac Imut"o ftr rettat"m rAcklawy SwIldift). On wa rmlm or
04 carvalve Froperuse of star"Oto ftsmum,
Otto= wrimm bwlbnw (ftwodom, canqutot 6 WVW Fonda, ou.)
Of Velma &"-It. - stt"d fte C." acw "a"", yte%4 of ffas
40 41OUVAU44, and #p"4 at *wmtm or at"& (Uo Isloar sm (**two
Won deumt"d " ta""*Mo If Se fw 0. rhe I I I at as tamu.
4RUMS SM f4 411441S44 f"IdrU for solmousc metos. u4wpwuA4 md
r4clatme "Unra" VG%"3Am em dirlovowt new. N.V. 144.v.
"K 4-4.120m 6"U%Mla as apargumatat toot.
I

7,,AMAPOCIIKIN, L.Le
Corrosion of metals in the hydrogenation process of the
desulfuration of petroleim proditcts. flefteper. i neftelhim.
no. 3:34-37 164., (MIRA 117: 5)
1. Gosudarotvennri nauch:io-issleduvatellukly i proyektniry
institut neftyanogo mashinostroyeniya.

ZLIHAMV, A.
Advocates of the now iwd progressive. Sov.profsolty 11
no.24:45-46 D '59. (MIRA U::12)
1. Predeadatell raboelftma ~rofaoyuza TSentrallnego lelegrefa.
I (Telograph)

PA 42/49'101
lcrss~/Iudjo Receivers A P r b