SCIENTIFIC ABSTRACT VASILEV, A.A. - VASILYEV, A.F.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001858820004-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 31, 2001
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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so A
(U.8 'M-W) 17, VXI AM047)(11, kllimian)~ S4mol" .'( 4
090 bialliffiror it) 41111.4 iv.11tryle 111) tilld"? lnn'l~ fly Na 4W
tallithim imAystirrisatims wrrr illmilyrd In CC), Iu x,vr
basins. contg. I X~ gicifyiner per IM rc. Teti cc. of rat It
Sea sairs. was pticed its a &X)-cc. flask and mixed with,'k) tv.

So it CCla and .50 cc. of is sasta. of Uri tisAile from 1 1. CC4.
P I3g.I,andanrquiv.wt.o(Br. Afewdropso(Kim.4n (7391"%i, via., stirrulle. imililitylvile. diryeltnVISIA161`11r. 3-
too was sulded, and the da%k wassistopicred and allowed tuit.ind
*
etlicssyleyviolselLent. 1. It. and

40 P)cc.
ls.for.30mln. Then IMcc. water ;m4-
n t
0.1
s; 10
en
triene. The first 4 complis. reacted substantially 7ususti- .00
oln. were added. and the mi%t. was titrated
0
0
i
~ tatively in 30 min., [jut 1-15 days were required or the i-00
00 a with 0.1 N Naw~". At the end of this titration, 4,.e. of other :1. even villb large exce-es; of Bet. The effect of I

go it Is 47. KI(h subi. w.L* adiled. and the mist. was agsill prolonged reaction tim" of 7-2.5 days ors the Pat 4isM." j -*46
t f 6111414d With %A.%0,. The % unsitn. was rated. from
'
u
'
realrdits was Iny"OtArd. 17(~ Imthelic I and If J i.00
0 0 fj the Ist end pilint, and the amt. of free hydrolialic ackli r
bets, as well as for pale crepe. the cak-4. re tiazatisc
.
00 111) was detd. from the 2nd end point. With I rubl)cr,
I ceeded IM70 after Z5 days. This effect Is attributed to
II seem not generally formed. line] the 2 end points were slow halogen reaction%. The mialts previously obihicitted 0 0
00,3 identicial. Undcr thew conditions ill,: reproducibility (cf. preceding almr.) for the 10 uniatti. of various rublim

o '3 t o( the method wai satislactory. 11 pairmen gave differ-

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rerctiou of Kemp and Muctlits (C.A. 22, Mil
r
so W urvwn. could alsobecalcif. from the 2nd end point,
The 10 was. deviation between the results obtained by the o e
but the result-. based on the Ist end point were the more
'
rfifterent methods was about 2.5%. Stuilk., If NJ-
l !=00
i
i
consistent. The rated. value for the 70 unsatts. ill H
%
Thereaultis
IM ~~ its sonsic cas
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hi
h I
llf light
lk,lymellized I rubber before and after expcs~urr to s i
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.
as
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The
Is, the range 82
were consWentl
bb
4 1 showrif that the Ismaili. cmild decrease by I/, or titole,
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y
variation ctiuld ma be ccxTrljtrd with the method of Poly. and Ituit tilt, fq~s in uti~utn. would ismir withw Without
r%irtuh-d tile
Alholl
h antiolfiLint, Pritl
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a III 1 -6

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il merization. For pale crepe and natural smoked-shert -
i
,.
it
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we 0
o
the r; ummin. was 99.5 and 97.8, rests.. baserl on
rubber ft,at
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7
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,
the lpt end point. The values calcd. from the 2nd end
10
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; it
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,
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Poil t were much lower. The method was also used to det.
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1
i
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e ru
ier so
in
n
n.
a
i
t
n.
t
roug
g
0 *
'.
6
%unsatts. fit polyisobutyletic Mitanex) and In Butyl
the CffeCt.
-
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Is& or CI t-eo
rubbers made front the isobutylene and isoprene, ptnta-
0. = I
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!NV; i
bb
l
:
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illene. and butadierse; the values were 0.0. 1.2, 2.0, and -
er never exci-
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, mi,im.
n
s
sm t
e
ru
04
&2.2%. rests. The observation that natural and synthetic firved in he file rr,lill of Intrillifil.
h
h
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fi
ki
i

S: 10, 11 rubbers pff,illice III an reaction with Uri suggewt the rrrK%-
, #
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e presence
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- i6id its qual."pisfor Illinksin parlyinets.,
use of this nicl
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A.%rn.iti-i Such
1 611141, tlijy IW '6-4. with in poly.
Millais 1440
10

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is Yj IllefitAtion.
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2a44. The tue of to whange foi !ha KepusUca Cli
of copm. cadmitink IMM Muly-UUMI twosalphate
solations. A-Ygi-rev -V, I'-. lurOP09 An( -Wf SA
(UeA-.Za-VKd14WA. lJH-(4, lV51. 113
o, Tnaiv~-O Zh., Rhim, 1954, Absir. TE W
"
44,489).- t a. lon-exchange separation of Ca. ( I
and Zn Is based on differences in tha 4taltilitles ul
the thiosulphtte complexes of OICSO MctAls- Tbo
conv.ntrationi of tho solutions are determined
la raphkWly. Under static conditions. adsorp-
Y,0.1.tOl the metals an the Na, form of Wofatit P'
decreases with Increasing concn. of th(osulphatte In
the soln.; the effect dectess" In the order Co. Cd.
Zu. Mixture of Cu and Zn (column washed with
0-1 11 Na,%'Os at p11 7-6) and also Cu ancl Cd
(column washed with O~015 At NaS 0 soln.) cani
be separated. ' L. HAYP.&-. ',

VASILIYEV, A. A., VANSH&DT, Ye. A. And OKHIIIWKO, 0. 1.
"Methods for the Quantitative Determination of the Content of Sulfonic Acid
Groups and Carboxyl Groups in Cationites by Titrating The%" an article iticluded in the
book "The Theory and Practice of t he Application of Ion-Ebcchange Agents,," edited by
K. V. Chmukov and published by the AS USSR, 1955., 164 PP.

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VASILIYEV, A.A.; VANSIOnT, A.A.
Sulfonic acid Jon-exchanging, resins coMmsed mainly of phenol-
formaldehyde lacquer resins and formaldehyde. Zhur. prikl.
kbim. 31 no.7;1075-1080 J1 158. (MIRA 11.-9)
1. Institut vysnkomolek-uIyarrqkh noyndinaniy All SSSR.
(FormaldehydA) (Pbsnol) (ion exchange)

VASILITIV, A.A.; UNSFMYDT, A.A.
Synthesis of cationites bv means of high temperature sulfonation
of formaldehyde lacquer resins. Zhur. prikl. khim. 31 no.8:1273-1275
Ag 158. (MIRA 11:10)
1.Institui v7sakomolekulyarnykh Boyedineniy AN SSSR.
(Gum.s and resins) (Sulfonation)

VASIL'YHV# AOA ..- ;"NSMUN, A.A.
Preparation of sulfo-lacquar Ion exchanging resins vith increased
exchange capacit7. Zhur. prikl. khim. 31 no.9:1436-1437 S '58.
(MIRA 11:10)
l.Institut vysokomolakulyarnykh soyedinenLy AR SSSR.
I (Ion exchango) (Gums and resins)

64-1-1/19
AUTHORS: Gorin, Yu. A. , Vasil' e Itakashina, A.
z ylx~
TITLE. Development of a Two-Stage-Process for the Production of
Isopren From Isopentane (Razrabotka dvukhatadiynoL;o protsessa
polucheniya izoprena iz izopentana)
PERIODICALs Khimicheakaya Promyshlennost', 1956, Nr 1, pp. 1 - 4 (USSR)
ABSTRAM In the All Union Scientific Research Institute imeni Mlember
of the Academy S. V. Lebedev for Synthetic Rubber isopentane
was catalytically dehydrated into isoamylene and then the
latter into isopren in order to obtain isopren. For the first
dehydration staae a catalyst (somewhat improved) was used
which was developed by S. 11. Monozon in the above-mentioned
institute for the dehydration of butane into butylene. The
experiments were conducted with a steady catalyst layer of
40 ml at a temperature of 515 - 525 0C and a transit velocity
of 1 - 2 1 of liquid inopentane for 1 1 of catalyst per hour.
,,4F%
The obtained liquid reaction products consisted mainly (00 ,07))
of a mixture of isoamylenes, i. e. iaopropylethylene, unsy.1-
Card 1/4 metrical methylethylethylene and trimethylethylene in the

64-1-1119
Development of a Two-Stage-Process for the Production of Isopren Froa Iso-
pentane
ratio 1 : 4 : 10. A precise table of all reaction products is
given. The second dehydration stage was carried out on a ca-
talst developed by A. T. Menyaylo for the dehydration of bu-
tyleno into divinyl. The experiments were conducted with a
mixutre consisting of (I t 10 volume) isoamylenes (rard nly
trimePylethylene) and steam, at normal pressure and 520 -
- 560 C. The results obtained show 0that the optimum tempera-
ture interval is between 540 - 560 C, and that a prolonga-
tion of the duration of the reaction cycle improves the de-
hydration process. The reaction prodtrt consists of 27 - 29A
of isopren. In a dehydration, where each of the above-mention-
ed isoamylenes was dehydrated separately the results showed
that the trimethylethylene and the unsymmetrical methylethyl-
ethylene are dehydrated with equal velocity, isopropylethylene,
however, more slowly. In the investigation of the catalysate
it was found that the isomerization and formation of an iso-
meric mixture takes place simultaneously with the dehydration
of the isoamylenes. In order to simplify the working method
which was complicated by the separation of the different re-
Card 2/4 action products of the first operational stage with adjacent

64-1-1119
Development of a Two-Stage-Process for the Production of -'sopren From I3o-
pentane
boiling points, a dehydration was carried out without a pre-
vious separation of the mixture. A mixture of isopentane and
isoamylene (60 : 40) was dehydrated on the conditions of the
above-mentioned second stage. The results show that only the
isoamylenes are con3iderably dehydrated. In the course of
the further investigations the same mixture was dehydrated
in vacuum and with the catalyst for isopren (first staL;e).
It was found that a atalysate with 15 - 18 ~ isopren can be
obtained at 560 0C and 190 mm of mercury column, whereby
the catalysate can be dehydrated a second time after the
separation from isopren and a new mixture with a correspond-
ing quantity of isopentane. Another variant of dehydration
was carried out with an isopentane-isoamylene mixture with
benzene. The investigations are carried on, however, pilot
plant experiments of dehydrationsof this kind are already
carried out in one of the competent experiment stations.
There are 9 tables, and 1 reference, I of which is Slavic.
Card 3/4

64-1 - 1 J/1 9
Developnient of a Two-Stage-Process for the Production of Isopren From Iso-
pentane
AS20CIATION: All-Union Scientific Research Institute of Syntbatic Rabber Smeni
S,V. I,~-bedvv,. AcadeptLeial",
(Vsesoyuznyy nauchno-iS31edovatellslciy institut sintotiches-
kooo kwebuka imeni akademika S. V. Lebedeva)
AVAILABLE: Library of Congress
1. Isoprene (Polymerized)-Preparation 2. Isopentane-Catalysis
3. Isoamylene-Catalysis 4. Hydrocarbons-Pyrolysis
Isopentane-Catalytic dehydration 6. Synthatic rubber-
Preparation
Card 4/4

VASILIIICV, A*A.; VANSFMTX, A.A.
Chemical nature of sulfonovolak and ion-exchanging resins.
Zhur. prikl. khim. 31 no.10:1527-1534 0 158. (MIRA 12:1)
1.1natitut vysokomolekulyarny-kh soyedineniV AN SSSR.
(Base-exchangiug compounds)

VASILIYEV, A.A.; VANSHY.YDT, A.A.
Sulfonic acid ion-exchanging resins from polystyrene and formaldehyde.
Zhur.prikl.khIm- 31 no.11:1692-1697 N '58. (MMA 12:2)
1. Institut vyeokomolekulyarnykh soyedineniy AN SSSR.
(styrene) (Formaldehyde)
(Base-exchanging compounds)

AUTHORS: Vt~sillyevl A.A. and SO EIG 1 - 2A

"ITLE: lullacid Ion-Exchang
_5e 1?esins on Poly-vinyl-hioride and
Other Vinyl Pclymers (Sullfokislotnyye ionoobi:ei-.nyye smol~-
J
na Gsn-_Ve polivinil~hlorida i drur-ikh vinilInykh polimero,,
PER!OE11C.,%L: Zhurnal Frihladnoy khimii, -'!r 1, PF 15C-157 (USSO
e r (I, TEAC'P Yhe authors ;,erformr-,d inv~~sti-ations -,-thich showed that t'fe
sulfonation of many aliphatic polyvinyl compound-. :;itih the
oleur- or chlorosuifonic acid led to the formation of three-
dimensional polymers insoluble in ori_4anic solvents, -,-iater
and aqueous solutions of alkalis, zhich contain a con-
sidera'ble quantity of sulfur in the form of sulfoi,,roups.
in the experimental part*of these investigations took I.art
also V.S. 4'1:atro.-ova and T.V. Gera.3imyuk. An initial
material in one series of experiments were the samples uf
po--.--rdered polyvinylehloride of various gr~~Uez; and the c---us*.t-
ed pellicular vinyl plastics. The sulfonation was brou-kt
about by the 8 to 2U~4 oleum. and 92'~',', chlorosulfonic acid,
which resulted in the production of sulfocationites (cati-
onites SKhV). In the other series of experiments polv-
vinylacetate w--s used as an initial material for sulfonation
Card 1/3 and t1ie reaction resulted in the formation of insoluble

SOV/ 60-59-1-24";
Sulfa-cid Ion-Fxchange Resins Based on Polyvinylchloride and 3t~er
Polymers
sulforesir. On the basis of these and other exDeriments
the possibillity wa3 ect~--blijiied to synthesize
resins by sulfonaticn. of various vinyl pclymers: Ioly-
vinylchloride, polyvinylueetate, copolymers of vinyl-
chloride with various unsaturated compounds, poly-
ethylene, and polyvinyl alcohol. The sulfocation-Ite-o
ba~3ed on the polyvirtylehloride (SKhV cationites) are
c1laracterized by the exchanCe capacity of 2 to 4 mr,-
equiv./C:.- with the xvielling, coefficient of 1.1 to 1.5
by the ~,ood resist-Ince to alkalis and nitric acid. Tie
characteristics of cationites ba2ed on the other vinyl
polymers, with an exoeption o-AC the polyvinyl alcohol, are
close to those of the SVhV cationites.
There are 5 ttble.-; and C references, 3 of which are Soviet,
Card 2/3 2 English, I Japane3e and 2 German.

SOV150- 5 9- 1-2,41 /44
Sulfacid Ion-Exchlange Resin." or Pol-vin,"chloridu and 0---r
J~
Polymers
ASSOCIATIOD: Institut vysoklomolekulyarnykh soyedineniy All USSP (Institute
of iii.,;h-Molecular Compoundj of the AS USSR)
SUD?.,*ITTED: April 8, 1959
Card 3/3

J;,U"R. -ev sov -1-
Vwqil,
A.A.
~L~
Or. he Letei nation of a el- LC
Caticnit os Under Dyna-mic Cond ow.
yemkosti 5ullfokattionitov v u I c v i h
i,IODIC~_L: lt
'159, Vol XXYII, I".x- I"',
Zhurnal pri.kladnoy k1drdi
,
,
pp 297-30-4 (U'SR)
"'TRACT;
"he ir~'luencc o" ` e )ici:,-hI- c,',* the fiLteriia- li:c f"ilter-
I L
L V,I
in,- rr.~e anl tl_-e rl,roin size of the ionites or 1,-7er_-,ting
ca_,)Vlci~y of sul-fo-cationites in here.
1 t c;.1-s- b..-r.-i Slic-xn t'Ac dameter of t~e
Ly
f r c T_11 I . '7 -5 1 G c m Hau no ii1fluence on the exc',, e capacit.
ef. 13-/. T", 9 ini'luence of the hei,-ht of filtering
laver is vs.-n ir, ab 1 e 4 - T11he capacity of L".'ral saturation
inc-rc- ----z -4 ;-'-ic ~)f the column and ic _rorortion-
Li to "i- ra,.dius. of i;i;e colunm. Ir the Stat,,~ GOST
D 0./ 5 - 5 2 Li. Size of 1 1-5 nm i-s recOL-c-dic-1. Yc r a
o t',,,e eyf;l~_,r;Te capancitl- zy:,.aller
-
e-IL'. 11, 12 The difPc-rent fact-
"De _T
exc i',,- OF' the 0 u 1 f 0 -n i t e s
capac
~,n,] :-ire in, Table For a cation-

2 -.;r' 1 n, 3' C-5 1-~) or C..1;5 .5 mr, shou' -1
ite I _1 - j

On, t erc-.irut ion of th,~ Cuj~ardty of
volu.-,:c .1fter ,~:iculj '.(! L5 or 'A' ml.
rtei.3ht ---nd may lbe c.,..lcul.,tcl uoiziz~ t'llf, ruol-lits
ed ir. invc3tif..-ations cf filters.
6 23 whi0l,, ~r~! Scorit2t,
3 Fn6lioii, and 1
Y I Tnstittte
of lligh-"'Ollecular Compounds oll' USS~~ .7,- f jc: i ere es
'k-,ovember 12, 195-1
Card 2/12

VABILOYNT' A;A,
9
Zffect of colloids on the volume shrinkage, swelling, and
1. - the compressive strength of clayejr soils. [Trudy] NIIO-W
no.420.18-25 160. (MMA 13:6)
(colloids) (Boil mechanics)

VASILIYEV, A.A.; GERSHM&N, M.B.; VASILIYEVA, T.A.; Prinimali uchastiyet
~Ajl A.N.; CHERNOEROVA, R.Ye.; MATRWOVA, V.S.
Preparation and properties of sulfonic acid homogeneous
membranes. Zhur.pril-.I.khim. 35 no.lOr2288-2294 0 162.
WMA 15t-12)
(Sulfonic acid) (Membranes (Chemistry))

0 *6004
03 '1 is M if to "milli? 02425 MHAIN IMP At" "to to
Aa r.,A a p V, I 1 -1 1 All IX 00, 11 6 it i I l 0 0
oo Af
.
00 &1
-00
Go -00
00 Determiaduan a antimany in babbitt maul by thit PormanitarAtip metbod. A A
APIP P V. STUrIgIt. Zkw. PrikkdxA Kkiwsi 2. 4411 A(IW279): c(. (*. A. .90
00 'I'lle din-clifims given aster with c,,mmr it-Age V. KALICIIK%-Xv
00
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m U Id a 16 VIs a 41 a as a a C
A I I UT. j I-, J~ AA 0 CC 90 Ub1
AIL 1. a il a IIA!o 0
4
so
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00 wa,
Pr(XvIlute are givrtl Im 4.
't tile tilu.,11"n
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tis
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SJO.1111 94101 list 901 11.1 iffilw9walfif 19 It 91 41 m 11 11 0 & I I 1 0 9 1
Off :

IS 0 Soo 0 0 4 IS 0 4 4 4
0 0 0 00 0 0
je jog 4~ 4i
0 $1 it is w is to IF is it a it a 13 a A 16 n m ft ft It U U M is m

:0 a Al I A-A a v,F.Q a A& 0011A WIt4e 11 t
-ADO
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Ii. NWIlmlia. J. A pple'ed C", (If. S. K 14.) 4. 1107,01 Mk IlKIJ K 1, a_vn_r_TW._-- -**
44 Jill 23j I W2) A W iniffItirnm I)( C10- is pirvirsited Isy the juhin. j1 F ",),.and
the CO, that hi evolml by tivatment of The Sampler with (Ill. 110 i4 Jowl] through
1o% h;J N)III. ILI Irclovetra(vo of Cl, [bat rampe froluctiml I.Y Fe, 'AsNA mucx-retivrly
with concd. JOrNA). and CACJ,. xl~mrlxrll III MINIM hour d1w) ON- caln oil wl If the IA,t.
III* A41 4e W. '1' 11,

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C a do amallwa of EV AND P. V. J,
h
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1876,3457-
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wlt on as summiudilatiam of Q* mairthailla of "415if
-*0
at the prailluds ol Ilke bafAc 400111W iaduMd*~. AN A - -
Zaardikayd lAb, 19M. No. 3.21-4--$I*n";J
S. Rl are given for the analysis of olcum,
S
(U .40
.
,
h. and conlact-149KCSS 11AAh, VOPPel Sulf0c, lutcage-
V
V
Vl,-ry electrodes. alkali calWOU110 Wid lAcAftlimAtti"t-
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A
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~

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A
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7 ALLUJIGICA4, LITIRAT101111 CLAISWK&TION
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: : Ic S! 11 av" Put "USPU" % * 4 qq JO 1U!1`Yr as
t. -,j qi Aq,up-s -be jqi u1 p-motmW ^Vm aqi lu!mwaui ~C, 00
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wjv *sdd oi pauai"d is~ 11 liatem put #&*.-q ql~m
qitm ;IS IP 00
sew. Aqt go SuiddMs paw n:) uo qS aqs"*W 10 Imncul W, 0*
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006' Im r-, WA im
ybdm*byImvWm"At"V r-~~a
set 12hr.,mokudbyLaw" IU ppL6bakwo" with Ale
Ikoff, Tweva by 540. 41W ad wm OONO as is
aw adobw Now. ~ The Lanno-rMhow me;u caa
be oppNed ht do pnwaoe of Ou mA d and quomthise
of 8a. BOA nwtbmb an it ble to the aWymis of age
46ya cou"W06 3. 0. 1% & T.
Ale*
ego
use
tie*
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LLONSMAt LITINAIDU CLAUVICATM tie*
x 14ml SITI so iva --- We 0
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of I& - -, I-, A 't I to Im 0 1 v a S a 4
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IlgA1,49 CLASUPSCATION
A L m(TALLIJINSICAL Ll
CA lit
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ya Lab. J, 314430MY~ef.
1231(1914).-Tbe ImpruveatteM caft&U in a"
MajS.Oj for N&I,90t, w0 thraIdag in a soln. 1
000 with N&HC(h (d. Gooch &ad lkdp. Am. J.
ego Chas. 1
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AIR -It A SITALLU14KAL LITERATURE CLASSIFICAYMN a I coo*
9118daj wit Oki Gat 31 a. & a
1b u 0 &1 10 11 An I t8 FM 0 Ad 9a 0 2 4 V
a 00
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op Applied Ckfm- (u.S.S. R.)O,-,47 A) -00
71'01)(ItKill)- A vAn. J Nall 6 treated with see
00 1
HN(h, IlOAc anti X lit and heattil 1-j Ixtiling. lVOAv)j -so
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Lietommation of duadne in the pfea#nc* of beryllium. -00

- -1
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A,A 00
ecoloy'd. by
to;).- -Dept is Coulpletely d
r

oo
lU1inK a mist. with NatCO, + K,CO, t2: 1) with the addn.
of a little quariz%and and then leaching out the melt wilh =00
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o 0
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z
Ch".. illine =00
900
so 0
0. 1 A ACIALLAJOIWAL LITINATURI CLASSIPICAT#C
U It AT MD is!
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Dateralmatim of carb"atits in fluoddes. A. A. %'a--
Wev ar
4;, OL. L. LAP: Ya. /amt,"ps 1Ak?;,'43'Ai
ilW--fa a mostific-st"i o( thl- Fri,cmus and CN~a
9 fititt" the contaminating iNvjCUh_NaJ1CLho
got in a flwjFi& IMF) atv dmilsilml. by ImAling a wisj& with
a Wile rxetm v( KAfj.1A),pj.J2j1,0 mAn. and d1pombing
0013 U thirC%insiplalinw, . ainct, =00
*so is catirdy clitninated by the fixation tit F ab All,8 . .coo
ch4'. Magic
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Deltmlaulm of allide add In the premaco of duedd,

00 V-J
Will. A~--Ao~Vailsl'rv anol J- I., Latat hinAAm

0 c luviladala)m Lab. S. V-31MA.M.-A I-x. sample of the
dixilaidt is XfAduAIIY IIIAM with :1 a. 11,11(h and dumilw'-d
I-V 110411"S W.1111 I1% nit. ClAull, 11.1A'. Anil !A1 fill WaIrl

0 I tk- milit. is crallad, to ll,~Aii jurn" Anil The W-annig rion.
liflurtl I.* Ill, 1.10 tatill The %xMirviiii air 111.1 1111b fill
1.11. W.Irr *awl 11-,Ivnl by brallfill. I he ppI. as ble'rowo, 1
immishird isilh, but WAIrt, the filliale is vvdIkI. it) II.,A),
tunics, Anil thr. text ell (he SA rn-ovirred. The rimmisinctl
Sith Plft. %FV Ignited Anil Weighed. IhC 11,13HPIC11 1113411-

Go a Inilml u 1.1 be,', Sol, And Ole, r%pil, *Fill 411"41 Vaha#*
,
li
t, 11 IMA 0 ii
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A I a I L 4 Of IALtU~GK at J11INAILMI CLA1111FKAVION
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'
rv &rat
IQ metawc Antimony of If purity, A. A. Vasd
'
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K. 11. Vol'.10
evs. lArod
'
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1 1w flwtl"A 1. based .30 lhc :0 0
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00 pirviotts forion. of Sb or other cletnents. The Sto is kept in -00

041 An .4n. with totriaric axid H. Z. Karnkh
i
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LISSR / Diseases of Farm Animals. Diseases Caused R-2
by Heiminths.
;03 jour: Ref Zhur-Bio"J No 22 1958, 7367
Author A. A. Va,111yev
Inst 0 Given cks and Geese in cases Of
Title The Therapy of DU
Hymenolepiadosis.
1957, NO 1, 43-46
oriS pub: Veterinariya
r,ade on ducks and geese infected
of
Abstract: Tests were t
by hymenolepidae of the vermifUgal action eeds
filicins arsenate of lead, amino-atebrin, s
of melon and watermelon, as well as of therapeutic
doses of vegetable and synthetic arecoline, extract
of the male fern, of a fat-free 6ereal'of the
seeds of squash, and of a paste of garlic. Filicin
proved to be the most effective in a dose of 0.3
Card 1/2
-167
dosl '~~ram for Ogram for, c1
fer a Of geese
n In geese W Licks
b eve. ,Good r
Ve a dose and
get5ble esul, 0..4
Per kI, , en gr a rns
ograrn areof 0.2 by an a In
and coll. gra , ext., the 1, Per
hyrn ar rns lot Ymep,
neno (jar e I Per kil Of
eno., -at n. a Olel-
epIdo ebrj. e dos. OgParn Male
ce-Vea . a n Paste Of 0,
e .1. I's Proved j ars ne and
ffect, Of the s of dUcks of 1, enate Of
'reness Ineeds Or .ttle M MIJIgrarn
If sqand gee effect ead,
cl,-ePan Uash -3 e P In
'dOtenj ShO~ed at-free
_0813 satIsfactor,
Of geese
a r d 212
48

VASILIXEV, A.A., aspirant
--- - ,
Testing ditrazine as an anthelmintic in horse dictyccaulosiz.
Trudy VIGIS 6:191-194 '59. (KMA 15:5)
(Piperazinecarboxamide)
(Dictyocaulus)

VASILOYEV, A.A., karid.vaterinarnykh nauk
Treatment of cbicks and geese in hymenolepiasis. Trudy
VIGIS 7:30-39 159. (KIRL 13:11)
(Tapeworms) (Ducks--Diseasea and posts)
(Geese--Diseases and posts)

~-VASILIYEV, A.A. kand.veter.nauk
Theory and practice in the control of helminth diseases. Vest.
AN SSSR 31 no.3:123-124 Ur 161. (MIPA 14:3)
(Wormsq Intestiual and parasitic)
'k
I

ACC MZ; Ai-7007595 SOUM~ CODE: Uil/0104/(,6/(~)OO/0071609519096
AUTHOR: Chupra%ov, N. M.; Borovoy, A. A.; 11o5tnIkov, N. A.; Ivilychav, A. A,;
E1&id:-.onv _E. ILL; SInIchugov, F. l.; Zeyltdzon, Ye. D.; Barchaninov, C. S.;
Yermolenko, V. M.; Vast Sokolov, It. I.; Ul,ya:-.ov, A. S.;
Fedoseyev, A, M.; Sarkisov, Mo A,; Rokotyan, S. S.; Azarlyev, D, I.;~Arzonq
G. S.; Ot:bln:-.kiy, L. A.; Zhulln, L V.; Nolpakova, A. L; Antoshin, N. N.
Krl~;unchlk, A, 3.; Kuchkin, ~rl, D.; Preobrazhensklyl N. Ye.; Rout, M. A.;
Rheyfits, M. E.; Sharov, A. N.; Yokub, Yu. A.; Gorbunav, H. I.; Shurrukhln,
V. A.. Bo.1;chinskly, A. A.
ORG: no3c
TITL'-*. Boris Serreyovich Uspcnskly (on his 60th birthday)
SCURCE: Elcktrichcnklye stantsil, no. 8, 1966, 95-96
TOPIC TACS; hydroelectric powar plant, alactric engineering personnel.
SUB COM 10
ABST.%%CT: 5. S. Uspenskly was born In June 1906. He graduated from
the State Electric Machine Building Institute in 1928 as an electric
installation engineer. Vo worked in the State Electro-Technical Trust
for four years, t%on In the All-Union ElectroTachnical Union, where he
planncd power construction units. Plans which he mado up at that tino
for the electrical portion of electrical stations and sub-stations nro
still being used. lie was InvovIcd In planning and installatlon.of the
electrical portion of hydro-olectric.power stations and powerful pumping
stations in the Foscow-Volga Canal'. During the war, he was In charge in
installation of the Krasnogroskzya Ifeat and Electric Power Stationp the
planning of the Urals Hydro-Clactric Povor Station and other projects. lie
1 Card_ I/A

11 - VASILIYEV, A.A.
Some problems of organizing psychotherapy at health
resorts. Vop. kur., fizioter. i lech. fiz. kult'.
30 no.3:223-226 Yq-Je 165. (MIRA 18:12)
1. Ukrainskiy respublikanskly Bovet po upravleniyu kurortami
professionallnykh soyuzov, Kiyev. Submitted February 15, 1963.

,IASIL'ITff, Aleksandr Afinogenovich; KI[MOZOTA.H.Sh,, red.; (MAZUKOVA,
. ., red.; EMICHWA, T.T., teldm.red.
[Collective-farm trade. State procurement of farm produce and
raw materials] Kolkhoznsia torgovIia. 11agotovki sellskokho-
ziaietvennykh produktov i syrtis. Kockve, Goe.izd-vo torg,
nt-ry, ig6o. 77 P. (MIRA 14:3)
(Produce trade)

VASILIYEV _jy &
.9 an i
- ka 4LL2y,_gh; S1MCHATOV, Nikolay Petrovich;
MATYUSHIN) H.V.2 red.; LARIONOV., G.Ye., tekhn.red.
(strengthening of oil-filled 6-220 kv. switches] Usilenie
masliarqkh vykliuchatelei 6-220 kv. Moskva, Gosenergo-
izdat, 1963. 63 p. (Biblioteka elektromonterap no-113)
(MIRA 17:3)

VASILIYEV Aleksandr AleknantirnyJah; LARIONOV, V.P.; OKOLOVICH, M.N.;
Prinimali uchastiye NAYASHKOVA, Ye.F.; KRYUCHKOV, I.P.; BORUKOV,
N. I. . te)di6. red.
(Electrical section of power plants aa&.aubstations)Elektriche-
skaia chasV stantsii i podstantiii. Moskva, Gosenergoizdat,
Pt.~.[Blectrioal equipment and power distribution devices]
Eliktricheskie apparaty i raspredelitellnye uatroistva. 1963.
495 P. (MIRA 160)
(Electric power plants)
(Electric substations)
(Electric power distribution)

,-,_ VASILIYEV.. A.B.,, polkovnik
Aerial activity at lesser altitudes; material from the foreign
press. Vest.protivovozd.obor. no.2947-50 F 161. (NIRk 14:2)
(Air warfare)

BOGUTSKIY, S.S., kand.tekhn.nauk; Y_MILIYEV A.D., inzh.; ZAKHVATKINA, B.I.,
inzh.; TARASEVICH, L.I., inzh.
Results of industrial*tests of the AShV05 apparatus for automatically
controlling reversible fans used # pits. Sbor. KuzNIUI no.8:120-
136 161. (MIRA 16:3)
(Kuznetsk Basin-Fans, Electric) (Automatic control)
t

VASIL'YEV, A.D,, inzh.1 ABRAWSEV, Ye.P.p inzhe
Sparkproof network for automatically controlling conveyors which
guarantees motors against delayed-starts, made by the Kuznetsk
Scientific Research Coal Institute, Sbor. KuzNIUI no.8tl37-143
.161. WRA 160)
(Conveying machinery) (Automatic control)

ABRAMTSEVP Ye.F., inzh.; VASILIYEV, A.D., inzh.
Automatic control of conveyor lines i4ith two branches. Sbor.
KuzNIUI no.8:155-160 161. (MIRA 16:3)
(Kuznetsk Basin-Conveying machinery) (Automatic control)

AERAMTSEVj Ye.P., ixzh.; VASILIYEV, A.D., inzh.
Using speed relays in Kuznetsk Basin preparation plants and mines.
Nauch. trudy KuzNIIUgleobog. no.1:73-80 162. (MIRA 16t8)
(Kuznetsk Basin-Conveying machinery-Electric equipment)
(Automatic control)

VASIL'YEV, fieD., Jnzh.; J~j,-PKAR!,;J, F.A., L.-:lnniV; P01 i-~'~HAYEV, f4j,,., lnzh.
"I fpf~ij',rjg fj'jLat'~;n
rol (jr t~r, -1,rotly r-nd fl-,*,! Of PlIP , . I I
-utcmatic font u
machines at t~a 1,.2" prefhf-h-Isn plant- Nauch.t,rudy Ytiz-
Nl.lUgloobog. no.2032-136 I (MIRA 17:10)

ABMI'MEV, Ye.Pa. inzh.; VA31LIYEV, AeDs, inzho
-...I
Using the IKS relay In Ku7-stsk Basin coal prep--ration plants. tlaucb.
trudy Kuzf11IUg1eobcg, no,~d36-243 164- (XIRA Vt!O)

IELINIKOV, N.N.; KHASKIN, B.A.; VASILIYEV A F SHMSOVA.-SHILOVSKAYA, K.D.
. *I
Organic insectofungicieds. F&rt 72: Mechanism of thion-thiol isomeri-
zation of N-aubstituted amonbun thio- a7ad.dithiophosphates. Zhur.ob.
khim. 34 no.ls40-44 Ja 164.' ' ', . - NIRA 17:3)

BESEDIN, P.T.; ORMHKIII, G.G.; SOROKIN, A.A.; KARPUNIII, A.M.; OMVMM,
r.M.; KUTSMO, A.D.
Mastering and introducing at the Dzerzhizisk Plant normalizing and
sorbitizing practices for rails along their entire length. Stall
20 no.10:946-953 0 160. (MIRA 13:9)
1. Zavod im. Dzerzhinskogo i Ukrainskiy nauchno-isaledovatellski.7
institut metallov.
(Railroads--Rails)
(Dneprodzerzkinsk-Annealing of metals)

S/048/63/027/001/009/043
B163/B180
AUTHOR i ~asil'yev, A.
TITLEt Measuring the half-width of the apparatus function of a mono-
chromator in the infrared region with the transmission
spectrum of a double Fabry'.- Perot standard
PERIODICAL: Akademiya~.nauk SSSR. Izvestiya. Seriya fizicheskaja, v. 27,
19 - 21
no. 1, 19~31
TSXT: S the half-widt~ of the apparatus function of a monochromator can be
'de
de~termined by measurin4 the modulation pth A /A and periodicity,~3v in the
record of a spectral distribution in which.theoamplitude is a harmonic
function of the wave number. These can be achie."d, in a double Fpbry -
Perot interferometer. A /A is a function of (SI,6v)2 which is calculated
under th -e assumption Thai the apparatus function has triangular and
Gaussian shape, respectively. In practice this theoretical function of
(Sldv)2 does not exactly coincide with A /A but with QA /A, where the
0 0
coefficient Q is < 1, due to convergence of the light beam in which the
Card
1/2

5/048/63/027/001/009/043
Measuring the half-width of"... W63/B180
interferometer is working, the interferometer wedge, non-coincidence of
the interferometer axis with the beam axis, imperfections of the reflecting
surfaces etc. Expressions containing the wave number v, are derived to
.7..,,describe the dependence of Q-on the interferometer wedge and the beam
~'_,onv,r,,n,, The half-width-S which one obtains for Q - I is shown to
1 12 + c 1 + c )1/2 if S is a
depend on the slit width 1 as S .
13V (cl 2
3
linear function of 1. The coefficients c 1' c2 and a3 chn be measured,
and q and the 2 coefficients of the linear dependence of S on I can be
determined from them. This was done for an infrared spectrometer 14 -800
(N-800) with a KBr prism in the wave number range 900-500 cm 1. The
experimental S are of the same order as the-square root of the sum of the
.',squares of the dispersion and diffraction components. This paper was
presented at the 14th Conference on Spectroscopy in Gorlkiy, July 5-12,
1961.
Card 2/2

GIIEVUSHEV, Mikhail Andreyevich; KORZHUYEV, S.S., st. muchn.
sotr., kand. geogr. nauk, retsenzent; KIND, M., kand.
geol.-miner. nauk, retsenzent; VASILIYEV, A.F., retsenzent;
itODIONOVA, F.A., red.; KISELEVA, 1~.-D-.;-r6d.kart; KARPOVA,
T.V., takhn. red.
(Yakut diamonds) IAkutakie almazy. Moskva, Uchpedgiz, 1963.
102 p. (MIRA 16:12)
1. Institut geografii AN SSSR (for Korzhuyev). 2. Yakutskiy
institut usovershenstvovaniya uchiteley (for Vasillyev).
(Yakutia--DiamondB)

VASOILIRW, A.F.,, KHASKIN., B.A.
Inlegral intens�ties of atretl~hing Ylbratian bands of
"k-yi -- 0 - (P) in the infrared spectm of some thio-or-
a
l
ganophosphoras compounds. Infraz,ed spe,~tx-a and strweure of
b"I.-,,(al.kcLxy',,hioplioLiphono)disulf'ides of bit(ll-trislk301-and
li-iialkfLwmonium). Zhur. ob. khim. 34 no,7-.Z3M-2328 J-1 264
(MIRA 17 z8)

VASILIYNV, A.F.
w
Overall mechanization of lumbering operations at the Lublansk lumber c&wp.
Meldi.trud.rab. 7 no.10:29-32 O-N '53. (MIRA 6:10)
(lumbering-Machinery)
#.P.

S/051/62/013/004/010/023
E032/E314
AUTHOR: Vasillyev, A.F.
TITLE: A simplified form of the method of reduction of
Burger and Van Sittert
PERIODICAL: Optika i spok-troskopiya, V-13, no-4, 1962, 572-575
TEXT: A modification of the niethod of Burger and Van Sittert
(UFN, 66, 3, 1958, 475) is reported. In the modified form the
method 1.nvolves the following steps: 1) the profile of the band
is recorded under optimurz conditions; 2) the profile of the band
is recorded again with the half-width of the instrumental
function increased by a factor of%/';~_ and-with amplification
reduced by a factor of 2 in order to reduc'e the noise level;
3) the first spectrum is transferred onto tracing paper together
with the axes; 4) the spectrum on the tracing paper is
suporimposed on the second spectrum and the latter is copied on it;
5) a scale is introduced under the tracing paper and the algebraic
difference between the ordinates of the two curves is added to the
ordinates of the first spectrum and a new curve is plotted.
The latter curve represents the first-approximation reduction.
Card 1/2

5/051/62/013/004/010/023
A simplified form of ... E032/E314
The second approxiiiiation may be, obtained
profile with the half-width increased by
amplification adjusted accordingly. As
involves no calculations and ib not very
the half-width of the instruii,ental function.
by introducing the
-~(-3 and the . /
can be seen, the method
sensitive to errors in
There are 3 figures. -
SUB~IITTED: July 31, 1961
Card 2/2

45083
5/051/61/014/001/024/031
E032/E514
J HOR: Vasil~yev, A.F.
TITLEt Determination of the half-width of the instrumental
function of a monochromator from an analysis of the
transmission spectrum of a double Fabry-Perot etalon
PERIODICAL: Optika i spektroskopiya, v.14, no.1, 1963,-146-151
TEXT: A simple method for the determination of the half-
width for wavelengths in excess of 10 4,is described. It is
supposed that the entrance slit of the monochromator intercepts
radiation*whose intensity is a harmonic function of wavelength.
The distorting effect of the monochromator is then described by
X)f(
~0 N a x)dx,
where in the present case f(x) A cos (2TT x/,6V) and a-(IJ is
0
an even function which has no effect on the phase of the harmonic
distribution. It is' shown that the observed distribution under
these conditions is also harmonic but has in general a different
amplitude and phase. -rhe-ratio of the amplitude at the entrance
of the monochromator to. t1ha amplitude-of'the,'observed distribution
Card 1/3 ---- --

Determinntion of the half-width ... S/051/63/014/001/024/031
E032/E5i4
is found to be determined by the Fourier transform of the
11ortualised instrumental ftinction of the monochromator and this
result is used to dotnrmino! the above hnlf-width. In practice,
the har'monic' distribution was produced by a double Fabry-Perot
etalon with potassium bro-mide plates and unequal spacings. It wa a
found that , the half -vridth could be dotermined by measuring the depth
of modulation of thp radiation leaving tile double otalon find tile f
period of the-harmonic d:Lskribution at thelexit qf the monochroma7~___
tor. The expressions for tile half-width are also found to-.---
include-'a.function Q- vrhich-descriues certain-instrumental
effects which- may be,compiited theoretically. It is noted that in
calculating the half-width,it is necessary to take into account
the partial cohei-ence of the radiation.reaching the entrance and
exit slit's, which gives rise to a reduc'tion in the geometrical
widths. It is also necessary to take into account the change in
the diffraction component of the half-width with-increasing
geometrical slit'iridth. A quadratic combination of the
dispersion and diftraction components of the slit width was found
to give a better'restilt for the instrumental half-width, than a
linear combination in the case of tile H-8oo (N-800) monochroinator
Card 2/3

t
Determination of the half-width ... 5/051/63/014/001/024/031
0032/E514
which was investigated by the above method. There are 3 figures,
and 2 tables.
SUBMITTED: October 9, 1961
Card 3/3
17

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VA3IL'
USSR/Engineering Aug 48
Excavating Machinery
Concrete
"Results of Tunneling Operations at the WIv B~dro-
electric Power Station," A. F. Vasillyev, EW, 4 pp
"Gidrotekh Strol" No 8
Deocribes tunnel construction uncler.- (1) compreased
air supply'- (2) drilling ar:rangements; (3) tunneling
organization; (4) arch centers; (5) curved pieces for
tunn 1 Valls; (6) casing; (7) conerete-mixing end
stonercrushing arrangements; (8) transport of concretA
(9) pouring of concrete.
15A9T63

-VAOTALITE7 A-. 7. PA 5311,,r,,-,).'
JUR
Tunnels
Antifnexing
Iftaraoteri4tics of ConotructIAS RydroteohnIcal
Tunnels In IZ2d$0 A, F. Vaell',pi'v) Ingrs 2 pp
"Oldrotakh Strai" No 6
Ver,y often subzero temperatures we encountered
throughout the Water in 4eotIons near doorways
and shafts of hvdrotachnioal twmels. Discusses
wasures.to protect tunnels and subsurface machine
sp*ces of kq#MoeleotrIc stationii from very cold
temperatures end ice deposition (fires# beat Affe:09;
partitions, watchman at loorsp otoo)
ow WOW

ASILlYSIV, A. F.
7
Ang k9
Industry
Dams
"Specific. Norms fer Electric-Power Consumption
on Hydroteabnical Construction Works," A. F.
Vasillyev., Ragr., 2 pp
ffOidrotakh Strol" No
Gives specific norms for paver consumption an
each of saTan individual steps in building a
dem. Of the total paver,,,1,0% was consumed in
rock excavation,
65/49T44
65/,1,9f44

VASILITM, A. F.
28"8
Krysplyenlys otk-osov kanalov v moryennykh grmntakh. Gidrotyekhn. Stottvo, 2949,
Be. 9. 0. 26-27.
SO: letaDis' No- 34.

CO
Cn
E-4
CO
U M /Engineering - Hydroelectric Plants Feb 50
Power Plants, Design
"Structural Features of the Bus-Bar Shaft in an
Underground Hydroelectric Power Station," A. F.
Vasillyev, Engr, 21 pp
"Gidrotekh Stroi" No 2
Describes construction of vertical shaft which
serves for housing bus bars and cables for -
transmitting electric power to the ground sur-
face. its cross section is 6.2 x 4.55 i~eters
depth several tens of meters. It is divided
into sections., I.e., floors, each 3.08 meters
IM
158T38
USSR/Engineering - Hydroelectric Plants Feb 50
(Contd)
high. Basic material is ferroconcrete. inner
partitions are brickwork. Besides cable channel
shaft has compartment for passenger elevator,
two ventilation channels, and section for metal
stepladder. Walls of shaft are faced with con-
r.rete 0.06 meter thick.
158T38

USSR/Engineering Hydraulic Engineer- Mar 51
Jag, ray"s
"Erection of a Dam by Loading Morainic Rocks Into
Water," A. F. Vasillyev, K. V. Alekseyev, Engi-
neers
"Gldrotekh Stroi" No 3, PP 11-13
New method is based on self-packing capacity of
morainic grounds in water. Cross section of dam
is'divided along its height into several levels
3 - 4 m each. In the course of filling, each
level is surrounded by small embankment and water
is pumped into pit creating a pond 2 - 3 m deep.
197T43
USSR/Engineering - Hydraulic Engineer- Mar 51
ing, Dsms (Contd)
This pond is filled out with morainic rocks. The
method, decreasing cost of 1 cu m of moraine in
the body of dam bY 75%, permits execution of work
during rains and in winter at temps up to -15 to
-200C, using just a small addnl amt of labor for
removing ice from the pond surface.
197Tk3

VM/Kiseellaneous-- Structural materials
Card 1/1 Pub. 71 - 14/17
Authors Vasilyev, A. F., and Nemira, K. B., EngLneers
Title Mechanized stone quarry for the construction of the Kamsk hydroelectrical
station
Periodical Me)ch. trud. rab. 4, 37 - 40, June 1954
Abstract I The mechanization of stone quarry work and the delivery of materials for
the construction of the hydroelectric Olant on the Chusova River near
Kamsk, are described. Drawings, illustration.
Institution
Submitted

VASILOYEV. A.F., in2hener, laureat Stalinskoy premii.
Building a barrier across a large river during the construction of
a hydroelectric power plant. Gidr.stroi. 2) no.2:1-) 154.
(MLRA 7:4)
(Dame)

VASILIYNV, A.F., inzhener, laureat Stalinakojr premii.
3xperlence In using concrete pumps in h7drotechnical construction,
Gidr.stroi. 23 no.4:4-7 154. (MLRL 7:7)
(Concrete construction)

VASILITIV, AJ., inzhener, laureat Stalinskoy premii.
"- ~ . ':: - . -, . . .' -7
Use of gantry-boom cranes in hydraulic power center construction.
Gidr.str'oi 23 no.6:1-3 154. (MLRA 7:9)
(Cranes, derricks, ate.)

ZENTSOV, A.S.; VASILITEV, A.F., Inzhener, redaktor; YMNENKO, A.S.,
professor. ra(~or- TORDRIN, K.P., takhaichookiy redaktor.
9
rCalculating locations of vertical shafts and underground
urveying in constructing hydraulic tunnels] Opyt preizvodstya
antirovantis, vertikallrqkh shakht i podsomoi poligonoustrii
M
pri soorusbonii gidro-takhnichookikh tunnelei. Pad red. A.V.
Vasilleva i A.S.Filonenko. Moskva, Gos.energ. izd-vo 1955.
165 p. [Microfilm] (MLRA 9:1)
(ftnneling) (Triangulation) (Hydraulic engineering)

Y,4D L J YE VJ
AID P - 2114
Subject USSR/Engineering
.Qard 1/1 Pub. 35 - 3/20
Author Vasillyev, A. F.
*Yrr
Title Heating aggregates'dilr$ng-winter concreting
Periodical: Gidr. stroi., no.3, 10-11, 1955
Abstract The author reports that concrete ingredients placed in
storage bins at the construction site of the Kama Hydro-
electric Power Plant froze up and could not be transported
in spite of a steam-duct system fed from a central boiler
installation. The author recommends the heating of
aggregates stored to a 10-12 m height with piping installed
over the conduits. The heating of the storage bin is not
considered necessary. Two diagrams.
Institution: None
Submitted : No date

yev
Subject US.SR/Ilydraulic Engineering Construction
Card 1/1 Pub. 35 - 3/17
AID P - 1'j'ql
Author Vasillyev, A. F., Eng. Stalin Prize Winner
Title First-stage filling of Kama Reservoir
Periodical Gidr. stroi., v.24, no.1, 8-13, 1955
Abstract A detailed description of the progress of work on
raieing the reservoir water level to 13 m, retaining
ice floes, timber and debris in the headwater and
completing the construction of the lock during the
winter and spring of 1954. Statistical data on
hydrology are included. One photo and 4 diagrams
are given.
Institution: None
Submitted : No date

AID P 3998
Subject USSR/Hydr. Eng.
Card 1/1 Pub. 35 - 5/18
Author : Vasillyev, A. F.) Stalin Prize Winner, Eng.
Title : Gravel-sorting yard at the Kama Hydro Power Development
Construction.
Periodical : Gidro. stroi.,t. 8, 16-19, 1955
Abstract : The performance of the equipment and the organization
of work at the gravel-sorting yard are discussed.
Tables showing concrete mixes and gravel sizes are
included. Three diagrams.
Institution : None
Submitted : No date

VASILIYXT, A.?., inzhener; KOCIW-KOV, X-V-, inshener.
sxperience building and operating the Kam Hydroelectric Power
Station. Gidr. strol. 26 n0-411-8 4 '57- (KLRA 10:6)
(UniL Hydroelectric Power Station)

VASXLIYXV..A.F.,,. inzhener;,AJA~SWROV, B.K.
- I - ..,
The TAme, navigation locka. Gidr. strol. 26 no,5:9-17 My 57.
~KLRA IWO
1. Chlen-k-orrespondent Akademii nauk SSSR (for Alakoandrov).
(Locks (Hydraulic engineering))

V,q E Iz
HALINKOT, G.K.; FIRVUKHIN, M.G.; EUCIEMMO, V.A.; ZHIMIN, D.G.; IWINOT,
7.G.; PAYLOKO, A.S.; YXRWOV, V.S.; VINM, A.V.; DMITRIYXV, I.I.;
UGMTS, I.I.; 3WITIN, N.V.; VO M.MSKIY. A.N.; WILWO, P.I.;
BOROVOY, A.A.; NOSOV, R.P.; ERISTOV, V.S.; BELYAKOV, A.A.; RUSSO,
G.A.; VASIILTIY,-4vF-r~,IN, V.P.; TERMAN, I.A; ORLOV, G.M.;
CHURACHINKO. N.A.; BESCHINSKIY, A.A.; YAROSH, V.7.
Fkvel Favlovich Iaupman; obituary. Gidr. strai. 26 no-5::62 W '57.
(Iaupman, Pavel Favlovich, 1887-1957) (MLRA 10:6)

VASILIYEV, A.F., Inzhener.
31jection effect Lof spring flood water] at the Kama spillway
hydroelectric station. Gidr.stroi. 26 no.8:18-19 Ag '57.
(MIRA 10:10)
1. Chlen-korrespondent Akademii strottelletva I arkhitaktury SSSR.
(Kama hydroelectric power stations)

vc~
'j L 98-1-6/2o
AUTHORi Vasillyev,__A.F., Member-Correspondent of the Academy of
-Co--nstruction and Architecture
TITLEi Passage of Ice Through Hydroelectric Power Centers (Propusk
11da cherez gidrouzly)
PERIODICAL& Gidrotekhnicheskoye Stroitel'stvo, 1958, # 1, pp 26-29 (USSR)
ABSTRACTs The author analyses conditions existing during the movement
of ice at the construction sites of the hydroelectric power
stations Kam (from 1951 - 195'[), Kuybyshev (1955-1957) and
Novosibirsk (1957)- He arrived at the following conclusions:
Conditions permitting the ice to move through the openings
of concrete dams during the periods of operation of power
plants, and through openings at the top during the construc-
tion periods and periods of temporary operation, do not depend
on the dimensions of these openings. Openings 12, 16 and 20 m
wide are capable of letting the ice pass through, if a depth
of 10 m or more is provided in front of the dam. When con-
structing the cofferdam of the foundation pit, 1/3 of the
width of the river will take care of the movement of ice.
AVAILABLE: Library of Congress
Card 1/1

SOV/98-58-11-13/1'r,
AUTHOR: Vasillyevi A.F., Corresponding Member of the Academy of
hitecture of the USSR
TITLE: Interchangeabla Equipment for SE-3 Excavators (Ekskava-
toram SE-3 - smennoye oborudoyaniye)
PERIODICAL: GidrotekhnichaskoA stroitellstvo, Nr 119 pp 60-62 (USSR),igy
ABSTRACTs The author finds that excavators of SE-3 and other types
should be delivered from the factory with interchange-
able equipment such as an upturne d bucket and a crane.
There are 3 photos, and 1 Soviet reference.
ASSOCIATIOU: Akademiya stroitel'Btva i Arkhitektury SSSR (Academy of
Building and Architecture of the USSR)
1. Earth moving equipment--USSR
Card 1/1

SOV-98-58-8-4/22
AUTHOR: Corresponding Member of t~,e USS? Acaderv
_~f Duildinr and ArcniLecture
TITLE: Technological News on the Concreting of Hydrotechnical Struc-
tures (Novoye v tekhnologii betonirovaniya gidrotekhnicheskikh
sooruzheniy)
PERIODICAL: Gidrotekhnicheskoye stroitel'stvo, 1958, Nr e, pp 12-15 (USSR)
ABSTRACT: Up until now, all concrete structures in the Soviet Union,
Independent of their height, were erected according to the
same principle; they were built,in 3-ij m high layers which
in their turn were divided in blocks not longer than 12-15 M,
as vertical fissures occur in blocks longer than 16 m. This
method of concrete pouring has many inconveniencies:it re-
quires heavy sheathing, important inter-block metallic
bracings, and a strict consecutiveness in concreting separate
blocks. During the winter, operations become still more com-
plicated and the erection of one 4 m layer usually took I
month. A new technology of concrete pouring was proposed by
M.V. Inyushin, Head of the Building of the Bukhtarma dam,
but this method was not accepted, The method accepted by the
Card 112 Ministry was the pouring of hard concrete on the basic con-