SCIENTIFIC ABSTRACT YURCHENKO, S. I. - YURCHENKO, YU. F.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001963210005-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 19, 2001
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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25069
S/08%360/033/010/023/029
D21 06
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AUTHORS: Mikhail,, R., Alexs6drup
Yurchenko, V.
-TITLU: Modifled
polyeth,~"
p R pr4
BRIODICAL, ~Arnal _k1adnoy
2'3 3 6. 2340
'TEMO, To. 016,i_ -polyp
illi~n modified
vVere Itaken i ';,) Introduct-Lon o
tionj, 2) Transeiterification 6
'Lycolsq~ f0'.'
lJowe
entering general.reaction):,--~),~Produo-rs
of'., the: giveri glycol aPparated
't -was done :-orL
s udy po~yeethylenO:'terephthalate
e. tbe t of change
:n-% t t -t the
n a,-(b) empera-ure of r
Card 1/4
Lo,pi Koman, M. p. and
1~ris terephthalate As an.,
kh imi It, v. Up no. 109 1960p
thylene t r
e ephthalate three routes
al I components intogeneral reac-
f dimethylltefe hthalate (DMT) with
p
-by 1i nA ti
d r p a orv.(all reagents
from tran seateriftcatloh
and' then: po-lycondensed., The basic
modified wi
th glyce-
Jn m'olar roportions Of COMDO
a T,
ao-ion and (o~' time of reactions.

S/080/60/0373/610/023/029
Plodified po-,yethy--ene ...
D216/D306
The.data obtained o V1 that #1e melting temperature depends on the
temperatuip- of reaction; the melting points of the-products rise
With the riae in temperaiure. On reaching the temperature
a~_ whir~h the palymer structure of co-poIyester is
'rmed the rejialns I
0 " a -Ltgkj~ melting. The melting temperature of
f
a ate r - to e ta.
It ki C, P 0 - ~:t'ed bY 11he mola-r--proportion of the- comp n.
-,ctA 1 fects the. mel-ting point of ,,--,po:ly-
Th~! Increpaie of reL ..Qrl imp, Ur V
-1 4, -1 e i .~i':im -increases the melting points
.oaters i.e. the lrcrea~ n 9
aDproaching completJon of -;,he-~~reaction. Some investigations were
- U I
-done at normal ohile some- at._!j!educed pressures. In the latter-case
tion time!!:went in two stages: The first atage
the, 2ncrease in reao-
aT*, which t-ime was kep-,-- aame ali under normal pressure (90 m1ne.),
and the, second stage at 3 mm, '11g, over 30 - 150 min. Increasing
the time above 150 min. at te~lnp-eratoure 180"2_000C. the copolyesters
became high melting. The numblir of:OH groups depends on the tempe.-
rature and length. of the reaclibion,being 200-500 in temperature re-
OOC., 4t, t I
gion 200-27 hen remains constant on formation of the tri-
dimonsional structure of -the li,,onolvmer-. To atudy the polycondenea-
Card 214.

'6 A.
Ab~' Nkt .. :AT 0 2
E- UR1060676 0 IC60Vq 1~6648' ~7-4,1-
AUTHOR"~:`.'Bespyatov: Bl.~_111';,
~00
c t Irs 0-i 1- Shchepin' Vi:,D..-
6~G wer-Volga 'Sclent-i
Insti- 4t~d,_. of,, Gei 6- d
o1 - Geo
e parch gy.:~:an
i~: (Niihnevbi i h-sk1V:-"Jf1audhnd, 4's
_s1edovbLtdV:skiy'
inst
ge o
zik
ns -the-conti uo s.~~lin
TIT.LE:. -Grouping of explosio 11i n u ear source' method,'._
In the.lower Volga region-
SOURCE: Ysesoyuznyy seminar po 4,10voy metodike seysmorazvedki.-
~.,_'ISeysmorazvedka s primeneniyem gr~iippirovaniya vzryvov na dlinnykh bazakh
i sposoba.tsentralInykh luchey.(.1$eismic prospecting using the grouping:,
'of shots,:on. lonES bases and y
- the mt~lthod of central ra a);. trudy seminar&e
Moscow, 1zd-Vo Nedra, 1965, 37-4~1.
TOPIC TAGS: geophysics,, seismic1prospecting, underground explosion
i~ seismic :Wave borehole,' e
xploslor,.
ABSTRACT:.- An analysis is made oil:-the continuous-linear source'method,
a modification of the.plane wave-1front method, in which shots are
grouped-Jji long.spreads with defl'nite spread-line sizes, distances
between shots, and depths. Lineeir-time analogs, corresponding to
various observation points, are cijompiled for interference systems
LC,,d
L

_41i
arising durin 'The d
g grouping ofshotsi irectivity character', s tics z"-e
-then computed from..~the analogsa . -A grid defining the reception condi-
..tions for reflected waved in the 'region of maxi.irial basic directivity
-.characteridtlcp~,' is! Computed for~~ Mlecting -the, best- shot spread. The
distances between boreholes in-t1lie group are equal to the wavelength
ofAirectlongitudin-al wavea in ~'he layer In which-theexplosion was
set off'L Explosions In the low-4-elocity layer were set off at a
depth.of.one fourth of a wavelen1ji;th below this layer. The method was
successfull3ir tested in regions o;1' different geological structures, in
~regions with a thick low-velocit~'? layer (30-40 m), the grouping of.
41
shallow-bordholes (depth of 5 m ii d less) was found to be the most
tn
effective, ..Orig, art, has.* .6 Vli,,gures and 1-formula.
SUB CODE:, 08/ SUBM DATE: 30Apil,65/ OHIO HEF: 007
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AMMOR: iqalik-i. Z-2.
TITLN. Saccesswo of Soviet zlectrophota -V Wmpelo move
ko7 *lektroroto -raft I) .,L Scieatifte &nA T*choic-' I C60-
uusrjoua of ZItetrograzt7 Msucbwm-la%hat~
* On
z
f
er*
c
. ~
cheakays, konferontfilys p0 VoProsaa a,lektroCrafil)
PERIODICALI ~ fategratil I
Zhurnal nauchnoy I prlk~adz
1959, Vol 4. TIr 2. pp 149-1 (U5.;a)
;
AWTIUCTz This is an account of a scioatiric and technical *Aj-
fermame on alectrography. the first to b* "Id xa the
Soviet UALOCk &DA evidently -,IL the vorld. It was organ-
Isod In VilOnyum an Decozber 164 .9,',19M by the Sowl*t
zAro4nogo khozymyst-va Utovskoy Z= (Ccuocll for
th
National. rAoucay of the Li-huanian. ZZa). _m 0";Rd%r&t-
k*sdtot S"tta Mlnl,*U~ov
tormicoy
of the Cquacil of 91"AtorS Of tts
kcAti-.ut olektrotrarij
(Scientitte R*soarch Institute or SloctrograpW.
The conference, attended by over NO sclsatifia wor-
kars, was ofon&4 by the Deputy. CI;Airz" of the, C%,uAcjj
Lithum-laa W3 P A
f th
T
H
i
e
at
40no&7 o
ona
for
Sullirstat after which the director or the I tuxe'~
for raoctrographIt I.I.Zhilevicti reviewed tae, StAto
and prospects for developasat of exectrogruphr " the
Id
hi
fl
h
d
L
o
Iz t
s
s
oul
UWR. He stated that ressarc
be
carried out slona the following :,Sze*: 4) pt *march
for now photo-actLvo ancerials with high dark rts"Ancag
the interm
U
hotcetf:
h I
t
l
-
nto
ec
researc
p
a
b~ ghysic&
hotossalcoalu4tor laT*ra; d) A*-
twolo
ment of
p
p
voicyasat or %be thwori or the, oiectrophotagraptIc,
process. kq, &ZCk Lkov (speaLLAC O.G. -opova)
xu
r*por% In which no
~Zests,.
v
A
.__ ,
,
,ft
,
onsitivit7 Of elect layers in 0=1
y
.R
,
U
J
to
Z
M
I
(
G
.
.
.
.
IT
fts
spoaxt" &:'s
3 for I.%.
Wovd1s) reports Oil son. reao,arc
a meMiQQCdUQtOr in 011~tr,,Pholoj~;rwphic laye,ra. T.I.,
Zrl_dkAn kV. . M." .4 htchiy soz3,It-.v*
01014tro"'hot"
1
7
"tO-:c
graphic Isjors And an eI*CtrO
it
1
,
.
11ta. IrA .
;
v.T
z
T2114904 the foraation process of it!~* -Isteja%
hatogr0lb,14 18466 OIL the basis c!, U-0, Zonal thftzry~
,
f,
,
.
96 Also ascribed the deal
an *
et o
.qCtrc2qALa
.
-;h, mater
for 4*teraining sensitivity by e, r*lwmtL Ponad of
"

charse, on the surrAce. of Me ;sZer. and th
o circut t
:
f An Oleetrophotogrophl, copyLzg levLce. ~Zwow
finished deacrLbind tt,o latter aa~. *;ck* 0,
ASCLAnics and kinetics of tta
M1qv0,.c;=0at Of %~_q latent
I
else trophotograph. a Izaeo in zjp~jd do,vo.Op*rw.

..WV/77-4 -2-13/11a~'
Conf:4:9m, of Soviet Slectrophotography; .1 Scientific and Technical
r ace on Zuestions of Electrogro phy
I.M. 11nogradai described some of the I tures of the
ai-a-calia and liquid methods of alectrophotographic do-
volopm*zt. Tu.Te. larposhko devoted his report to the
criterion of IlGht sensitivity of the elctrophoto,-raphic
process. After the reyorts, a digCussloU took place,
an zk*tliods of doteralojor, the liGht sensitivity of
01*ctrophatQ7WhIc layers. A.N. Cnerny3bev spoke an the
prospects of developing polygra=g processes using
electric and maanetic rare**. 0.7. Grcuor (speakite, also
for I.I. Zlillevich X.,;,Aukhjy.7r.A. QZ_rdeyova.
Pausha and Tu. 1. 4.velvtis ) reported on the 1ev*#jc
ale-sit of *lot rophot*jfr-&phLo' reproducing equipment. A. ;!
Pausba. Caosakizz aloo for I.' I. Zhil4vich, A.S. Boriso-
an the uss, of olbctr
ographli m Ms ii c0 na
and other.recordiza instruments. -
for L.N,?~jlin) spoke an
V.P. T hortko
I U t'
(sponkinG also
-46"..TrOTTTtror ~sl*ctropb=t;raj'hic&lly recording
Imn&*& tram alectron-beox tube*. L.S. Ural, (speaking
also for 1;.I;. Uarksvtch, T.I. Eo:lovskaya., B.I.
l4linsuakene, U.K. RAYDens, I.f. zhuev"b*ame &Ld
Ltaas) gave -detailed description a,' lmbQr-
I.;L. Mott
atory daA machine methods of producing photanaaicarAuc-
;or papers (zinc oxide man used). A.A. 3ukhIY (NPOXING
also for 1.1, " ZhilsvLch O.V. Gromov V.A Gord*74-r
U.T. F21,2tor and !r.!;. 4j:ri describe a laboratory
and industrial n3chIna fo prod.,:ing 7hozosomicoaductor
papers. T.A. SMzhk:Lna (speAkica also for --man
reported on all-at'hod of examining oloctroph -:tircft
zaterials usInd an a/c bridge. S.1. Khot on viCh
(speaking also for A.I. 'Ikena and 1.Z. Qh e~k*=&3
#j?.qk* an developing, amteffala for alectrop. to%;rz;~hz~'
&nd"i*r.=a4nLtoG:!,Gph7O includiz-g developer Civing a
-M poter
se"wria; the slactroaCa -tials or G.Octrophoto-
stressing that the oscillatiaz -electrode
should not be placed Lbove a layer with varying ;ot*n-
tial ^3 this causes self-dischtmge. !;.7. tEA~v~
(spoaltuk~". also for R.a.c4U-evoy. A.7.0-1por and '~ftz
5-4,Wrots) spoke On the Tol-
vateem. papers lm La electrostatic f-'*. . and showed
azzpl*a produced by the Grigishokaya paper factory.
3torical r*vIew or the
Ye.L. NjEj_rovskly V%eu gave a ti
developa*Lt of -illectroeraPhiC ZethOls in 'exhich h* -AIdL
tribute to the'wzrk of the Scientific Res arch Zzatitute
of iaactroerpph~ in VIIOGyU3 and the InZtitut Paligrttj~
"c%kva) - no
"besUrc mashi most roye:a7% C -(Iolygra;hic Vacr4
bulmoz Ir-stituto (I:oscow)~. ;Cbates sere then hold
card 6/10

a methods or aeaswing the ptrential or cha d also ro-
Photographic Is 'Q Vibration piCk-up most-used
was jars; tL
shown In B, . Tikhonov's rop,.,.rt to be not always'
accurate. 6
IjO;j~~n stated the, t~A bad nnue"o
of the oscl a loctrod- can to eliminated if the
olectrod* probe &bows Its vir:aco is fixed and the plA)--
c
pteacconnotted to It by a &~,Ioldod able. In the de-
be n YO.L. Flairovskly-h report it was stated that
the research of Academicians AX. Torenin and YaoK.
Putsevka should be con4idered no the basis of all work
an olictraphotogrophle papers wLth ZaO. as tLey were
q. the first to show the pas vilil I ry of- optical sonait
nation of the internal phatooffeat in ZaO. zl,'.M.Gols~
v1dia then Saw* a report on the depositing of charges
by a Corons disthaarge. I.I. XnmEa3kao and A.P.
Soz~',cf t'-o reu-Its
Ole*trograpble methods in radiaeraphy. L.1. 11yun1ko
Npdau=aalsa far I.I. ZhIlavich. I.2. Plavin. YU.K.
Viahch slid YU.A.Zibuts) reported on relaxation tro
eisaa in sezicandfinr layers. uoiaj, a vibration a ectro-
aster. Yu.K.Tlohakas gave a report ou research " ease
phynical-propertivo of the polycrystallize layers of
solonicus cadmium. M.P. WjX4jj~yuv1chyus spoke on some
of the photoelectric properties at Sb23j and SbSo3t the
alone txim aas:Ln f the latter is abou WO a
3.9.%U= rep:t:d om methods of obtaining sale
lIgAt-04mAltive layers, including sublimation andjh*r_-~-
DAt
4.;sed after toraft for 1.5 to Faonthm
n ek
at room temperature. P.M. P,)!dj=alk"a ape ng ala*
for B.G.Groulabin) spoke an research .to the Glea-6
of .clectrophotographic layers or
amorphoui"salwalua and powdered zinc oxide. N.K.
MLA!Uorov (speaking also for A.S. TSVa7t1a) discussed
tfio produattio of solonlux layers and some or their
properties. Inr4ly Ithe follovir.3 reports an forro-
delivered; ) B.Ya. Fazumettayev,
ph
rg it I
Flectrodeposition, of noto "En-rd. Alloys
c g ' V=QV"
an Magnetic characteristi a~ai :..T'A",t
*Visualization of :V=~tjc Oacillngrazs by th*~Forro.
graihic koth:_- 3) V_.O.Pat-anor 'Forrographic R.carding
Yo.rp~"Qk, I.I. NA-l"mo, A:X Zi-.Ua. Experiments
I
en_r t~!Nrlag% Zhers, was
n on-Prossurs 11orromazzotle
also an exhibition showind t!lo woric of the Zlectro-'.
gralphic Institute. rho most i2portan, conclusion of
the conference was that a solid-approach had been mad*
to the possibi),ity of wide. tocrnical %we of the methods
--of olsctrography~ 'It was considered that Althourh ark.
ut this field acvaslu atect" may in 1955-% It has amrst as wach Vowed,
'hile Admittanc that It was
as the USA in 10 yearn. A
as:"r to reproduce results already achieved than to be
areace cbeerved,
th first to arrive at them. the coat
that the Americans took good care that no Important
Information appeared in the literature ava.
CA2*4 10/10

VE-12PZ &0~'MAMSAAMARUN

L 10773-')7
ACC MR:
SOU
P60105?0 RCE CODZ- UR/0395/65/000/023/0071/0077
AUTHOR: Y1:ir ~, uItenant ICo!, tone 1, CandIid .1 ate~of Peda go6ical Sciencoo)
Ya. :We
RG.
0
I None
:'TITIS: Basic psychological and pedago,!:ical principles used in the training and
,indoctrinationofZovict troops
..:SOURCE: Koanunist.vooruzhennykh sil, ii; 023, 1965, 71-77
ta
'TOPIC TAGS: mili ry training, trainir';E; procedure, political thought
-~ABSTRACT: '7,rio military capability and combat readiness of military personnel is
--i~ "y depondnnt on themethods, u3cd
in training and indoctrination. A apecific
outline to be followed in a twelve-hour block of instruction on methoda for u:,o in
i troop, indoctrination nrd training in prl!cssnted. The twelve-hour block is divided
jinto, three four hour sessions consiztizvg of lectures, independent work, and seminars.
l6ctures may be cut to two hours,-but it is mandatory that sufficient time be
.,allocated to independent reading leav~~ng two to,three hours of the seminars. The
'lectures must cover questions outliaed~~,!,Ln the training plan, and the independent work
!done by the Gtudent6 should include racbmmanded, salea-ted reading from works by Lenia
a themselves.LWith the essence of the process
!and others The seminars should concern
'of troop training and indoctrination,p',,vinciplea of trainihg soldiers in milital-I
C,6rd 1/2

vfflQvlk.ff-GwjqlB6- alp Arlia I -2i4,

846
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o SO td w1utlan.
*Cauoratloaa aur"- is gl"In hr SIAO sLulkram ulablumpv
l
-46"Ment Ma-fauvA between We piliotamotric method and- the- pawfastric-an4yot
ad. Orig.- art. bmt I figwe, i table ,I fbrauls. -

S.%-- COM sAT/ SM DATE: 24l
4cvG4/ ORIG ICF: 007
,

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70,
,
,
,
~
77=

ACC NRI Ar6019015 SOURCE OODF.:', UR~0032/66/032/001/0012/00141
chenko Yd Savvin, -JO. B.; ~Zuba hava, L. V.; Garanlo V F.; Mshins-
1UTHOR:
kayal LS*
~~ORGi -Scientific-Researchand Planninj~,-Technological'.' Institute for Machine. Construe-
t1on'(Nauchno-isslWovatel'skiy i pro'jrektno-tekhnologicheskiy
hi
TIM t Photemetric. determination -,of iiobium in alloy,ateels by nitrosulfopheniol, S.
j
so
URGE: Uvodskaya laboratorlya, v. 132# no
TOPIC TAGSs niobiun containing alloy,, alloy steel, colorimetric analysis,, spectro-
photometric analysis
ABSTRAM . Almethod was developed for~~..tho.photometric;'dotermination of 0.01-2% "Wo in
alloy, stools without the I separa.ti6n 6!1~ Fe and the a1loy e .laments. It is based on the
reaction of Nb with-nitros-ullf'ophenol ~11 in 31NHC1 solution'.*A sample of the steel
(00 1~
5 g with an expected content of OJI)1_0,05% Nb and.0,25 g with an expected content I
of 0 0,5-2~- Nb) is dissolved in 40 ml*~11 SO Lj_
(1-4) in a 100 ml capacity glass; 1-1.5 a
W2
IbPO (1.70) i added; t46 -solution 111 oadized by: adding drops oC HN03 and- ste=ed I
untif so vapors appeal, The walls of; the glais are washed.,With H,)O and the mixture i
is heat"I again-until SOj vrapors reappear.
After c0oling,.15 ml 9? 20% tartaric acid L
4
Card 1/2-

-ACC NRs AP6019015
"tie solution i heated:unti-1 the salts are di
solution and some water.are added. ssolv-1.
64-, then it is cooled and_transferrec~~ into a 100 ml measuring fla'sk, and -brought -to
the mark by tho addition of distille4 water. For the photometric determination, 4 ml
of solution (with 0401-0.10%, Nb), 2 vill of solution (with 0.1-0.9% Nb) or 1 ml of solu-;
tion (with 0.9-1,8%,Nb) is placed in.~.~a 50-ml measuring flask; 24 ml-of HC1-(1:1), 15
of H20, and 1 ml of 0.1% solution of,~J'nitrosulfdphenol S.are.added.,The solution is
heated for 5 min. at 65-10G,.cooled,~Ia_nd brought to the mark by the addition of distlIC-
ted H20. The lightlabsorption is thet.~,',-iaeasured with an SF-4 spectrophtometer in a layer
f~i 6 mIL or with'an FEK-M photocolorimeter in a layer
10 mm thick on the wavelent fte~
30 mm thick with a red lig -The measuring is.carried out with respect to the
Tbe, 7ne nitro-
about the same composition but no N
solution of an a2lbyed steel. havihg)~;
sulfophenol S is,'adde4 to this adlutlion. The time revired for'pbotometric determindon'!;-
tion is 2&5-3 hr. The average relatilve error of analysis~is 24%, Orig. art. has% 1
fig. and 2 tables*
SUB CODES 07/ SUBM.DATZ; no'ne/ ORIG REFs 005
Cam

L 02412-OZ EWT(nt)/EWP(k)LT/E74P(v)/,WP(t)/MI IJP(c) IN/JD/Hk _ ' IQ'. I-
1-AE _R_i:_:AP602569l______-- _.------,,-------SOURCE-CODt: -UR/0403/616/000/005/0004/0006--~--i-----
AUNHOR: 'Yurchenko.-Yu. (Deputy diret,itor for acientific work); Gorpyoy, M. (Chief,-de--
-signer)
-:~I, ORG: Scientific Reseazoch and Design chnolojj~. 6 n~,isale-
~Enstltute of Assembl~ To auch
to
~dova Makly 1~ konstMb~rskiy InBtiflit monzazfino tekhno~ogi 7-
TITLE:- New equiRment for welding,
SOURCE: VDNKH SSSR. Informatsionnyy ;1~yulleten no.:5. 1966, 4-6
TOPIC TAGS: .1welding equipment, welding technology, cutting tool, current stabiliza-
tion, weldinginspection ASTE7 welder, ASNS2 weldei,, PRH2 welder
ABSTRACT: New welding and. c1tting eqmipment for - weld4n#_ seams in .pipes made oxr-' 'nigh
alloyed, corrosion resistantland heat,resistant steeld 'is described. For cutting weld-
ing gaps in branch plp_es,~-an OMM--05ittachment can be use to cut gaps,;,of 70 to 150
mm with a crowned drill bit in a sin le pass. The 01-21-100cuts 3 'to 1~,`= sheet. Bothl
weigh lear, than 25 kg without -their (blive mechanisms. The new TN Mtt4ri (permanent) i.1
braced on, while the modified 7 (deVichable) cutter can be moved t
R o an~*, posit,ion on
the-tube for cutting off defective pi;iing._ Photograp4a of two-automati6 wel .dersJO
_AgTE-74,pnd ASNS-2)-tand a semiautomati~i welder (PRM-2YPWre shown. These are us e f~r'i
argon'yz~rc welding. of high alloyed steiil. The ASTE-7 was designed for circular~or 16ngi.,L-
J
Cardl/2..~
_7

L 02419-67
ACC NRI - AP6025691
g of thin walled (S=O.l
tudinal weldin 1-2.0 rm) tubes,'bellows and tubular storage tanks"
'High welding quality is achieved by programming the welding speed and current and in-
Is.pecting the welding seam-with -a 6-stage periscope. The ASNS-2 welds nonrotating tubesl
of 10 to 70 mm diameter automatically. It has a special device which allows multipassl
welding by programming of the speed, current and deposition rate. It also features a
stable current source of up to 300 a, an electrical block-for changing arc length dur-1,
ing welding, an electroniechanical-dev,~.ce for centering tubes before welding and forced
W
er-cooling. The PRM-2 is a semiauil,,omatic inert gas welder whA'.Ch welds q&el, alur
~t Both t~ '%d the 7BK;~e
minum and copper of 2 mm thickness and, higher.- , e �=101la ~ -A_ use4*-.
for argon-arc welding of -stainless stdi,61 tubes having diameters ranging from 8 to,24,~
mm. -The me of both automatic welders;can increase production 2-3 times. Photograj
of 3 new 'types of torch cutte were a.
A. rs '~.so shown. Orig. art. has: 4 figures.
SUB-CODE: 13i SUBM DATE, none
ho
-Card 2 2
ACC CM A146029769 Monograph UR/
_V
Yu-F,~~enka, Yu. F.; Cumas, V. Roahch-in, _V. V.; Grinenko,
r - I ime I i A-.-
ku
Topen -of
Fitting and weiding of corrosion-reoisting Steel piping in the atomic
i.ndustry (M.onta.zh'. i evaika trub~,pprovodov iz korrorionnostoykikh Staley
atomnoy promyshlennosti)' Moec6w, Atomizdat, 1966. 248 p. illus.,,.
bibli6-'- copies printed'..
TOPIC TAGS,.' pipelines welding,-iiu,tomatic welding, welding technology
PURPOSE AND,_COVERAGE: Theauthars discuss curremt-practices in assem-
bling and welding pipelfnes from coriosion-1calistant steels, designated
---for usa~in_ a_ggressive,media in atomic industry. Zxisting techniques
are evaluateA and recommendations are made on the selection of appropri
ate-methods. whose technical and economic indices are cited. Welding
operations and.equipment, and assembly and velding machinery are de- ,
scribed; automatic welding and,the complete automation of assembly Op-
erations are emphasized. The b-ook is.intended for engineers and tech-
nicians and all specialists working in design and assembly Shops of
plants. and research institutes specializing in the welding of corros:wn-
i resistant steels. There are 108 references of which 56 are Soviet.

ACC NR& AH60247-6~F-----
TABLE - -OF-- CONTENTS- -JAbr Ld g-ea-I
Foreword: -- 3:
~Ch. I. General requirements for jipelines made from corrooLon-reaLs-
taut steels -- 7
Ch. It. Basic.materials and welding materials used in the production
of pipelines--,- 20
Ch. 111. PipelLne welding -- 20
Ch.'IV. Preparing pipelines for welding -- 104
Ch, V. Welding equipment -- .129
Ch. VI. Organization of pipe-assembly operations 189
Ch. VII. Quality control of --
,
welde4t pipe joint8,-- 202
Ch. V1116 safety measures '
-
Z36
SUB CODE: SUBK-DATEr 20APr66/ ORIC REF*- 081/ OTH REF: 027

Card 2/2~

IARIKOV, L.N.;. YUFOIHFIC~qj~ Yu*F*
inli-eatigation or therovil'clMict-5 durLne. t;-,-- te=perIng
of -harderied steel.- Sbor.nauch.trad. inst. metailDfiz. 'A*11 URZ-R
n0-0-9--87-94 164. (141W. 18-5)

None
ORG
TITLE: A sy7=etric wide angle aerial photographic lens. Class 42, No. 183426
SOURCE: Izobreteniya, promyshlennyye.obraztsy,.tovarnyye znaki, no. 13, 1966, 88
TOPIC TAGS: aerial camera lens, optic element, light aberration
ABSTRACT: This Author's Certificate introduces a symmetric vide angle aerial photo-
graphic lens which contains two negative elements and a positive component consisting
of two cemented three-lena units. The lens is designed for inartased relative aper-
_--ture -with -simultaneous -correct ion- - for- aberration particularly-_--spherical -aberratlon
_--b-6th-i-n the enter of the visual field and in broad oblique rays. Two positive
lenses are added to the positive component,vith-& focal length of 20-30% that of the
d'oJective.. There is a 0.2-1.0 ratio between the difference in the refractive indices
of the materials used in the elements of the three-lens component which fom cemented
radii which are concave toward the diphragm, and the difference in the refractive in-
dices of the material used for the elements in the same component which form cemented
radii which are convex toward the diaphragm. The cemented surfaces which are con-
cave toward the diaphragm are lobated at a distance equal to 10-25% of the focal
length of the objective.
~Ccrd UDC: -1 1. 1.