SCIENTIFIC ABSTRACT VASYUKOV, I.YE. - VASYUNINA, N.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001859020012-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

w.~
VASYUKOV, I.Ye., inzh.
Cantilever crane mounted in a window aperture. Mont. i -q;jts
rab. v stroi. 24 no-900 S 162. 1;: 9)
(cranes, derricks, etc.)
IMIR

VASYUKOV, I.Ye., inzb.
----------
Rotator for automatic welding of spherical tanksm
Mont. i spats. rab. v stroi. 21, no.10:20-21 162. (MIRA 15:10)
(Welding-equipment and supplies)

124-57-2-2062
TransIat,on trom: Reie: a 1 7%-rv,. zhur,:al lkvlekhar.;~a 1957 Nr 2 r) 8-j (USSR)
AUTHOR: Vasyuk~-.-v K -A
TITLE- Aralysi~- oi Lc-cal Pressure Chargc- and Cyclogenetic Conditions
in, the Tioposphere. Ar,aliz toktl'iiykh izmeneniy davleniyt i
iislov.y is v tr-op(.,;-,er(-)
PERIOD'CAL: Tr, Ttenlr in-t., prcg-~ozo-,, 1956, N:r 45 (72). pp 3-58
ABSTRACT: The itullict employs the eqiat'ons tor it v(.rtex and for the heat
advechon in the tollowing form
)0 + )SQ -2
4 u ~)- 4 d,
Z) x T x
T -aT +- JT w
3T --3-
HereQ is !he verticit component of the vcrtic;#.y x and y are
the horizortal coordinates. u and v are the veloc'ty components
along these ccordinates, w Is the vertic-A) velocAy component,
I is the C---.ol-~ parameter, and e& a r. dare the dry adiabatic
Card 1/2 rate (A ccoling and the vert.cal I"pse ralt! respec!ivety. Equations

124-57-2-2062
Analy-~is of Loc.Al Pressure Char~ges (con,,)
W and (?) are irtegra--.-d along the vertical coordinate i-f.m the grol.nd surface
to tile upper I:niff (.1 the atmosphere; the mo:.,% val!.-es (-elati-vc to he',-ght) of
the metecrolog.cal ci. mvnts are taken out from under the integral sign. The
term w s replacvd I v thv plane VCICL I't.y di-c.-geric e with the a ,d of the c(ilia-
tion of (ontinuily Thc. ik-locity ccriapenten's CtI the left sLde of E(Is. (I) and (2)
are sul)st.fuled -n acc,_,rdance with 'he geostrophic -wInd erlt_stl~.,ns, 1,,.ipl,,( c!
olic. it or 1\1 1 (11 go(q)( !ent i,il) !S I (.pI,ActI-d - oxi 111,11el% )',Y I 1 /4 BY rilvans
oi flie equal i ctis, uhfai,:cd arid the I-aromel r , t to rmul j expr ess;oris a r e tound
fcr the tinit der val,.ves ct the surface preSSLre and the geopo!ential oi the
500-mb s(.rf.~ce n terms of the der:vjt;%-e!j cf 'he metecro1c,gical elements
relative tr~ thc,r coordinates. in the computat.'ors the plane .-elccify diver-
gence wits delern-itiea from the given wind- veloc ity observat;ons. A number
of sample c(..mput,,.ons are aciduced. The aothcr concl,,,des that considera-
tion Gf the cr)mp(:nent ol t.Aned from the pl.~ne ve)cclty d'vergenct- I-y means
of direc'. WOW cv;sevaGons a:icrds in improvemert over the resul-s Obtained
from i considerat"on ci the vortex translat.on alcrie.
S.A. Mashkovich
1 . Atmosphe--
-re 2. Oyclones--Propagatjor, 3. Mazherntios
Card ?12

VItSYMOV, K.A.; ZVEREV, N.J.; PED', D.A.
Forecisting synoptic processen for the current natural '
period LY the use of analorues. Meteor. i gidrol. no.1 .:27-)3 .Ja
162. (mIiiji 15~1)
(Statistical weather forecasting)

VASMOV, K.A.; ZV7MV, N.I.; PEDIN DoA.
Forecasting atmospheric processes by analogues for a natural
synoptic period. Trudy TSIP no,120:3-13 163, (MMA 16:6)
(Weather forecasting)

VASYUKOV, K.A.; ZVEREV, N.I.; PEDI, D.A.
Correlation betimen the state of atmospheric pressure centers
amd the veather in the European part of the U.S.S.R. Trudy
?SIP-no.120-114-24 163. (MIRA 16W
(Weather forecasting)

V A,-:YuK,,,'7, 7 N.%; PET'll D , ".0
Fore,-~as~'ng the an-cmaly cl' 'he a-,erag. monthly air em-.le:,-P.-,.;rt.
p
Trudy TEIP nc,.'.32:5--?.-63 1 r,,' - (mIFtA ---7!--c)

04-Qrl;~, - hL i
X~ ~6028444
SOURCE CODE: UR/2546/66/000/153/0022/0040
AUTHOR: Vasyukov, K. A - Fed' D. A,
ORG: none+
TITLE. Method of forec, st_ing an anomaly of the mean monthly air temperature with
-4
consideration of its intensity in the Northern Hemisphere
SOURCE4.!Moscow Tsentrallnyy insti_~ ~tK_qgnozov. Trody, no. 153, 1966. Statisticheskii
ye hetody dolgosrochnogo prognoza pogody (Statistical methods of long-range weather
forecasting), 22-40
TOPIC TAGS: long range weather forecasting, air temperature, atmospheric temperature,
1PLtmospheric current
1
A
4BSTRACTt In this article the authors proceed from the hypothesis that an Allomaly of
'jhe mean monthly air temperature in the Soviet Union is determined by its anomalous
:Oevelopment during preceding months over the entire Northern Hemisphere. The fore-
~pasting method must include Information from the entire Northern Hemisphere. The
'kradients of the mean monthly air temperature over the hemisphere which were used as
redictors met this condition. The proposed calculation method of forecasting had the
form 6 6 6
~t:=Iaigrad.-Ari+yjPjgradvtiri+:~llgradsAT,4-~aoArs,
1-1 . J-1 A-1 M
!there At is the expected anomaly of the mean montirly air temperature at a certain
boint in the Soviet Union with a one-month predictability; ai, Bjl Yk are coeffl-
qard 1/2

04911-6
CC NRt AT6028444
cients of empirical influence functions for corresponding components of the temper-'
ature gradients; gradzone ATi is the zonal gradient of the temperature anomaly
betwee-n-the i-th pair of selected points taken in a south-north direction; gradN
ATj are meridional gradients of the temperature anomaly for-northern regions of the-
hemisphere taken between the same pokits In an east-west direction; gradS ATk are
Tneridional gradients of the temperaLure anotwily for southern regions of the hemia-
,,i.rre taken in an east-west direction; rio, A,ro are analogous values pertaining to
the same station for which At in found. To compile a forecast by method (1) it is
necessary to obtain corresponding data of the mean monthly air temperature at the
station level at 12 points of the Northern Hemisphere. For each of these points a
table is used to find the monthly temperature anomaly which is then used in the cal-
culations in the form of zonal and meridional differences. Then by means of a table
corresponding to a given season for each point of interest in the Soviet Union, the
future anomaly of the mean monthly air temperature is found as the sum of 19 paired
products of the corresponding weights for each of the indicated differences. The 19th
term will be the paired product of the temperature anomaly at a given station ATO
and its weight ao. The calculations should be carried out twice to avoid additional-
,errors, The temperature field obtained is the probability forecast of an anomaly of
the mean monthly air temperature in the Soviet Union, the deviation of which from the
actual for each point will be minimal in the sense of least-squaree. The proposed
~method permits, to a,~certain extent, taking into account the characteristics of
'general circulation which appear in the atmsphere of the entire Northern Hemisphere.
Orig. art. has: 1 formula, 5 tables, and 1 figure.
iSUB CODE:, OV SUB#HDATE: none/ ORIG REF: 005/ OTH REF:.,005-
Card 2/2 J

VASYUKOV, K.A., kand. fiz.-matem. nauk; ZVEREV, N.I., kand. fiz.-matem.
iii7~,R;--PED', D.A., kand. geograf. nauk
Rhythms In the atmosphere and some methods of evaluating them.
Meteor. i gidrol. no.lt47-49 Ja 165. (MIRA 18:2)
1. TSentrallnyy institut prognozov.

11 A SYLIFOV , K- A PED
ta t i tic&l
A ta r i:,
clualitity (A
165.

S/169/62/'000/007/109/14Q
D228/D307
AUTHORS. Vasyukov, K. N Zverev, N. I. and Ped', D. A.
TITLE: Usin:f the principle of analogousness when forecasting
synoptic processes and the weather for five days
PERIODICAL: Referativnyy zhurnal, Geofizika, no. 7, 19629 48, ab--
stract 7B257 (Tr. Tsentr. in-ta prognozov, no. 116,
1962, 13-23)
TEXT: The N-500 values for a standard grid of points, located ev-
ery 40 of latitude and 120 of longitude on the territory, b,)unded
by 360V1, 840E, 760N, and 360W, were taken 10rom the average maps
for natural synoptic processes (NS.P) in January and 2ebru.ary, 1938-
1955. After this the signs of the geopotential differences, respec-
tively clutracterizing the zonal and the meridional flow components,
were determined for m,2ridionally and latitudinally neighboring
points. The values +1, 0, and -1 were respectively ascribed to
positive, zero and negative differences. The resulting magnitudes,
--of the r-Aeridional and the zonal wind components for all NSP were
Card 1/ 4

Using the principle ...
8/1069/62/000/007/109/149
D228/D307
printed on tape. T'he analogs of the N-500 averages for t1he para-
meters P '? and PA_ , characterizing tile similarity of fields with re-
spect to their cirCLilational features, were selected for the firot
20 maps by means of the electronic computer "Po-oda". The value,,3 ~)'I
P,P and P,, were calculated from the formulas-.
n,,)+- n.
Rf n + n PA n + n
where n(O n- , n n is the number of cases when the signs of
.+ t~/_ "IL + I/~_ -
the meridiona'l (nP) and -the zonal N) flow components in two'cori-
parable N-500 fields of NSF do, or do not, coincide. The comparison
of all NSP with the original 20 allowed the distribution of the de-
gree of analogy for the fields of the 500-mb surface's January geo-
potential to be obtained from the parameters of q and o a it also
Card 2/4 T Ik

S/169/62/000/007/109/149
Usind the principle D228/D307
allowed the natural frequency of analogous processes to be exposed
separately according to the development of the meridional and the
zonal air-flow components. Utilizing the criterion p. all processes
can be divided according to their degree of analogy Tri'to three ca-
to-ories: the analog (P ?,0.4), the non-analog (p -0.3, +0.4),..
and the reverse analog (P -0.3). Utilizing the criterion PA , too,
we will obtain the analog ;>0.8, the non-analog p = 0.2 + 0.8,
PA_ X
and the reverse analog o /4 0.2. The criteria are established ...,ith
a 10~ guaranty. In practical work, when classifying all processes
into three categories, the degree of guaranty should be established
jointly according to both criteria for the analog p,,>,.0.4 and
0.6, the non-analog -0.3 iv~HuAc; over Ni-ALO, at3 -V the idd of If -
y
%v.ti 3O.L", withunt any Nil.. 1f.,VC11(C11J[ej)2, 1). 125-
7'. ,1~ 0.7M2, over I'll .,.t 318' gave 11 without NIL.
and hytholvi; of the "ttalyzatc gave i-j-Pr3CO; over Ni-
A1:0, aL ;J-2;? the yjehl of If was 27.01' without any Nil,.
11~SCIMC.11%, 1). 102-3', in. -20', (in C.7668. drhydro-
geoatud only ferbly over Pit or Ni-A1101; over 110~ at
153' it gave . 13V0 11 and 25.95o Nil,; hydrolysis of Lhe
CAWYL.Ate g.1% L pinacolone and sorut EtClNfc, was isolated
fromtheoriginaleatilyzate. EtCIIPfi\'IIjov,,rPdat34C'
gave 35.6% 11 and 10.2% Nll~; over Ni-AI,O, at 34W the
yield of 11 wai 4 with Nfi,; ovEr 71103 3870
11 with 18.2% N113 reaulted; hytfiuly,i~. gave I:tDz, while
the catalyzate atso gave stmie phunylprolwne. ThL, is the
Ist example of dehydrogenation of aliph3tir. amines to i
ketinjities (cf. C.A. 29, 2~~54). G. M. Kf~Aapof~_

WiNPIGO, S.V.;_VASYUNIHA. N.A. _.._
Production of polyatemic alcoh*la from nonedible vegmtable raw
materials. Gidroz. i lesokhim. prom. 9 ne.6:3-6 156.(mmA 9:1o)
l.Vn~so.vuz*7 nanchno-losledovatel'skly inatitut gidroliznoy
sullfitnospirtovoy promyshlennosti (for Chepige). 2.Inatitut
organicheakay khinii Akadomii nauk SSSR.
(AlcohoW (Raw materipils)

yff ~ -[ 1--" rv 1 &" Irf , A; i'v' I
CHXPIGO, S.Y., kand.takhn.nauk; BALANDIN, A.A., akndemik; VASTUNINA, N.A.,
kand.khim.nauk; SERGI M , A.P.
Preparing polyatomic alcohols by means of entnlytic conversion
of polyeaccbarides of vegetable origin. Xhim.nauka I prom. 2
no.4:416-424 '57. (MIRA 10:11)
(Alcohol) (Polynaccharides)

BALMIDIN, A.A.; VASYUNIKA, N.A. - RARTSHEVA. G.S.; CHVIGO, S.V.
- iiim-~
Catalysts for hydrogenation of polysaccharides. Izv.AN SM.Otd.
khim.nauk no.3;392 '57. (MLRA 10:5)
1.Institut organichaskoy khimii im. N.D. Zelinskogo Akademii nauic
SSSR I Ysesoyaznyy nauchno-issledovatellskiy institut gidroliznoy
promyshlannosti.
(Catalysts) (Hydrogenation)
(Polyeaccharides)

AUTHORS: Balandin, A. A., Academician, and 20-1-22/42
Vasyunina, N. A.
TITLE: Note on the Selective Hydration of Monosaccharides and
Polyatomic Alcohols (Izbiratellnoye gidrirovaniye
monosakharidov i mnogoatomnykh spirtov).
PERIODICAL: Doklady AN SSSR, Vol. 117, Nr 1, PP. 84-87 (USSR)
ABSTRACT: I. According to scientific and patent publications
(reference 1) the following reactions take place above
nickel catalysators in an aqueous solution at a hydrogen
pressure of 150-300 atm. 1) Monosaccharides are hydrated
almost entirely to polyatomic alcohols at a temperature of
120-1300C (xylose to "xylite", glucose to sorbitol) 2) At
a temperature rise, the hydroxyl groups of the alcohols are
split off, primarily the end groups. In this way 1,2
propylene glykol is produced from glycerine, and isopropyle
alcohol from this substance. Alcohols of higher order do
not loose their hydroxyl groups as easily as the alcohols
of lower order. 3. The production of uric acids from
monosaccharides (in quantities not exceeding a few per-
Card 1A cents mills) at a lack of hydrogen is even more difficult

Note on the Selective Hydration of Monosaccharides and 20-1-22/42
Polyatomic Alcohols
which acids cause an acid milieu-reaction. 4) The declompo-
sition reactions of the C - C combination, occuring mostly
in the center of the molecule, to a certain extent compete
with this reactions, in general, however, they take place
at even higher temperatures (220-2300C). In this way
propylene glykol and glycerine is produced from sorbitol.II.
It appears from the references 3 and 4, that at an hydrolysis
of hydrocarbons the cracking of the C - C combination
occurs in the position 3,4v The explanation of this phenomen
given by Shmidt is refuted by the authors, just as the
opinion by Natta, Rigamonti and Beata (reference 4). 111.
Subsequently, the multiplett-theory of catalysis is applied
to the reactions (reference 5)- It furnishes the correct
sequence of hydration and hydrolysis of various compounds,
comprising furane derivates, "tripticene" and of organic
peroxydes. This theory separates the reacting atoms within
the molecule into index-, doublet groups
1-177-1n (M)
Card .2/4 (1)
IB C B... C

Note on the Selective Hydration of Monosaccharides and 20-1-22/42
Polyatomic Alcohols
These atoms are in contact with the catalyst (but not
necessarily at the same time). The reaction velocity is
the higher, the better the structural and energetic
correspondence is complied with. This correspondence is
the more perfect, the lower the enerGetic threshold ( -E),
or, the greater the value E - - 0 - 0 )(2)
--r-AB -CD* (-qAK' QBK'-'~C1C'9DK
If the indices of the reactionq concerned are taken and the
values of Q are introduced into equation (2), the results of
table 1 for a nickel catalyser are obtained. IV. The influence
of structure on the velocity of the reaction of one special
type is effected by the substituents, which are posed
outside the bounds (lizaramochnyye zamestiteli"), In this
way the introduction of a substituent, i.g. at the atom A
in formula (1) influence the quantity QAB and QAK in formula
(2). From this results a modification of E (rt:ference 11)
and subsequently the reaction velocity is modified. From
the further equations (3) it follows, th t by means of the
introduction of a substituent at A 6E - - 6 F
Card 3/4 -(T6&S - 69,AD+6QAK) (4). From this the equation aE -'Y -6 AF.

Note on the Selective Hydration of Monosaccharides and 20-1-22/42
Polyatomic Alcohols
is deduced. From this it follows, that the reaction
proceeds the faster, the more the free energy of the
reaction 64&F is reduced by the process of substituting.
The values of 6A F are given in table 2 and 3 for the
compounds under investigation here. The sequence of reactions
computed from Lhe tables are in accordance with the
experimental results. It follows, therefore, that the
application of the multiplet theory in the field of the
hydration of monosacchariies and of polyatomic alcohols
6ogpegse ood grogects. There are 3 tables and 12 references,
highgare lav c.
ASSOCIATION: Institute for Organic Chemistry imeni N. D. Zelinskiy AN USSR
(Institut organicheakoy khimii im. N. D, Zelinskogo
Akademii nauk SSSR).
PRESENTED: September 6, 1957
AVAILABLE: Library of Congress
Card 4/4

WYUNINk, N.A.; HUAMIN, A.A.; GHEPIGG, S.V.; BARYSHEVA, G.S.
Catalytic hydrogenation of wood and other T)Iaat maLerials. Izv.
AN =R Otd.khim.nauk no.8:1522-1523 Ag 160. WU 15:5)
1. Lwtitut organicheskoy khinii im. N.D.Zelinokogo LN SSSR i
Gosudarstvennyy nauchno-Assledovatelf.9kiy institut gidroliznoy
prorqehlemosti.
(I(Ood-Chemistry) (Hydrogenation)

.VA,5-jUNjNk,j"A ; BALUMIN, A.A.; KARZHEV, V.I.; RA-BINOVICH, B.Ya.;
- CMPIGOj S.V.; GRIGCRYAN, Ye.3,; SLUTSM, R.L.
Production of glycerol and glycols by hydrogenolysis of
xylitol. Khim.prom. no.2:82-86 F 162. (MIRA 15:2)
1. Institut organichaskoy khimii AN SSSR8 Vsesoyu=yy nauchno-
iseledavateliskiy institut po pererabotke nefti i gaza i polu-
cheniyu iskusstvannogo zhidkogo topliva., i MONIIGS.
(Glycerol) (Glycols)
(Xylitol)

klo

g'- droll, zr,:~y ~t. ss if
z,-u
c-

VASYUNINA, N.A.. BALANDIN, -A.A.,; MAMATOV, Yu.
I
Hydrogenolysis of xylite. Part 1: FXfe-.t of temperature and pressure.
Kin.i kat. 4 no.1:156-162 Ja-F 163. OMU 16:3.)
1. InBtituf organicheskoy kbimii imeni N.D.Zelinakogo AN Szi6R. ,
(lylitol) (Hydrogez*aysl6)