SCIENTIFIC ABSTRACT ANIKEYEV, N.P. - ANIKEYEVA, S.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000101620006-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: April 3, 2001
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

glavnyy red.; BISU, S.F., red.; BOBYLEVSKIT, V.I., red.-
VASTKOVSM, A.P., red.; URESHCHAGIN, V.N., rod.; MABKIH, I.Te.,
red.; TEVANGULOV, B.B.. red.; TvaIl4OVA, A.F., red.; ZVOCIN, A.V.,
red.; LARIN, H.I.. red.; LIKMiW, B.K., red.; HERITER, V.V., Md.;
MIKHAYLOV, A.F., red.; NIKOLAYEV, A.A., red.; POPOV, G.G., red.;
POPOV. Tu.N., red.; SAKS, V.11., red.; S:&REYKIff, A.I., red.;
SIKAKOV, A.S., red.; TITOV, V.A., red.; SHITO. N.A., red.; ELIYANOV,
M.D., red.; TAKUSHEV, I.R., red.. V redaktirovanii.prinimali uchas-
tiye: AlfMTEVA, O.N., red.; BAYKOVMUYA, T.N., red.; BOLKHOVITINA,
N.A., red.; BORS1X, M.O., red.; VASIL'YEV, I.V., red.; VASILEVSKAYA,
N.D., red.; VOTEVODOVA, Ye.M., red.; TB'VSEYLV, K.P., red.; KIPARI-
SOVA, L.D., red.; KRASNYT, L.I., red.; KRISHTOFOVICH, L.V., red.;
KULIKOV, M.V., red.; LIBROVICH, L.S., red.; MARKOV, F.G., red.;
MODZALZV;SXATA, To.A., red.; NINIFOROVA, 0.1., red.; OBUT, A.M..
red.; PCWMINTSEVA, G.T., red.; RZHONSHITSKAYA, M.A., red.; SEDOVA,
M.A., red.; STEPANOV, D.L., red.; TIMOFEYEV, B.V., red.; MTDOLET,
X.M., red.; COMEKOV, Tu.F., red.; CHMINTSHEVA, H.Te., red..
DKRZRAVINA, N.G., red.izd-va; GTIROVA, O.A., telchn.red.
(Continued on next card)

ANI1313V, N.P.--(continued) Card 2.
[Decisions of the Interdepartmental Conference on the Unified
Stratigraphic Columns of the Horthongtorn Port of the U.S.S.R.j
Reshonila Mezhvedorietveunogro aoveahchRniia po razrabotke unifitsi-
rovannykii Btratigraficheskikh akhem dlia Severo-Vontoka SSSR,
Moskva. Gos.nauchno-tekhn.izd-vo lit-ry po geol. i okhrane nedr,
1959. 65 p. (MIRA 13:2)
1. Mezhvodomatvannoye novenhPlianiyo po razrabotke unifiteirovannylzh
stratigrafichonkikh skhom d1ya Sevore-Vontoka SSSR. Magadan, 1957.
(Soviet Par East-Goology. Stratigraphic)

ANIKEYEV, If*?.; RISKE, S.r.; VMSHCHAGIN. V.N.; ZIMKIN, A.V.-, IARIH, N.I.
Interdepartmental conference on the preparation of unified
stratigraphic plans of'the northeastern part of the U.S.S.R.
Sov. geol. no.62:182-188 157t (11IRA 11:6)
I.Severo-Vostochnoye geologicheskoye upravleniye Ministerstva
geologii i okhrany nedr SSSR i Vaesoymny7 nauchno-issledovatellskiy
geologicheekly institut.
(Siberia, Bastern-Geology, Stratigraphic)
E, T.'A" A)%qQjhK 1C V "~ q,

ABDULLAYEV, Kh.M.; ALYAVDIN, V.F.; AXIRASLANOV, A.A. ;-AU9-Y-E-v-2-N-F!j
ARAPOV, Yu.A.; BARSANOV, G.P,; BELYAYEVSKIY, N.A.; BOKIY-, G.P.;
BORODAYEVSKAYA, M.B.; GOVOROV, I.N.; GODLEVSKIY, M.N.; SHCHEGLOV, A.D.;
SHAKHOV, F.N.; SHILO, N,A,; YARMOLYUK, V.A.; DRABKIN, I.Ye.;
YMOFEM, B.N.; YERSHOV, A.D.; IVANKIN, P.F.; ITSIKSON, M.I.;
KARPOVA) Ye.D..; KASHIN, S.A.; KASHKAY, M.A.; KORZHINSKIY, D.6,;
KOSOVI B,M.; KUMAR, VA.. KREYTER, V.M.; KUZNL?SOV, V.A.; LUGOV,
S.F.; MAGAKIYAN, I.G.; MATLRIKOV, M.P.; OM NTSOV, M.M.- FAVLOV, Ye.S.;
SATPAYEV, K.I.; SMIRNOV, V.I.; SOBOLEV, V.S.; SOKOLOV, G.A.; STRAKHOV,
N.M.; TATARINOV, I.M.; KHRUSHCHOV, N.A.; TSAREGRADSKIY, V.A.;
CHUKROV)F.V.
In memory of Oleg Dmitrievich Levitakii; obiturary. Sov.geol- 4
ho-5:156-158 Mq 161, (MM 14:6)
(Lovitskii, Oleg Dmitrievich, 1909-1961)

Nikoally Va~'Ollyovi~-Ij; , ti.l,t .
[Safoty uanual fur granito !L--
::drtt~a p-) tokluJho buzollusnosti tilia (kall-
Iletena) .1"'021"v6p 'Struliviat, 1964. 15 j-,
(, n~k 1,7:,1)

AUTHOR: None given SOV/106-59-2-10/11
TITLE: Authors' Certificates (Avtorskiye svidetel'stva)
PERIODICAL: Elektrosvyazl,, 1959, Nr 2, p 78 (USSR)
ABSTRACT: S.P. Khlebnikov and P.A. Anflq!yev - "A Method of Fixing
Magnetic Heads in Rec(~r-ding t~dipi_ent Using a Rigid Carrier";
G.V. Braude - "A Method for Compensating for Irregular Film
Movement in Travelling Beam Tube Systems"; M.G. Garb and
V.M. Sigalov - "A Method of Centralised Synel-ironisation";
D.M. Khanukayev - "A Method of Synchronisation of Colour
Television Receivers with Sequential Transmission of Colours
by Fields"; B.I. Strelkov - "Trigger Apparatus"; A.I.
Sapgir - "A Method of Extraction of Pulses from Pulse Trains"
N.N. Korovyanskiy - "A Method for Reducing the Time of
Ascertaining the Transfer Characteristic of a Television
Channel"; Karl-Heinz Geistrad and Hdnz Lemann (German
Democrat Republic) - "Apparatus for Recording Television
Talks"; S.I. Yevtyanov - "A Method of Increasing the
Stability Factor of an Oscillator (Regime)"; V.M. Zhukov
and G.G. Rachkova - "Appwatus for Obtaining Frequency-
modulated Pulses"; Yu.I. Serebryakov - "A Method of
Cancellation of Constant Radio-echoes"; L.F. Abramova and
Cardl/2 M.Ye. Gertsenshteyn - "Co-axial Filters with Weak Coupling";

A UT,; Oh AniKeyev, .-P.V. , Z`.nitlfov, V.N.
r I i1h; Innovations in the Field of Cable-Tool Drilling (Ratsionalizatorskiye
predlozheniya po udarno-kanattnorl~r bureniyu)
i ok~,,r~wa 'Nodr,
It B.) T ii A G'2. 1 ZArt iC10 CC) fit ~IiZUI t I i,-- (I escri p ti on u ',* qoi%e improve I!! oil's
U
in drillint; machiae tools of' the BU-ZO-,' zind the BU-20-211d type,
as were applied by the workers of' Northeast Geologic Admini-
stration at !.:agadan. They are lisped as follows:
1) A flat-grooved chisel -ith a sli6htly inciined ed6e to reduce
the resistance when drillinE in soft rocks; 2) a smooth-stemmed
drive-pipe colul:~n used in loose depoclits; 5)a drivinU-in Cltdget
to fix the drive-pipes; Aj) a stlaiiiping head with 1-i slit for
quick extraction of the drive P'I)e Colu,-,,rls; 5) a piston sand-
1:ump, vhich is of a more, siii,,ple construction th:in previous
model s . 'n here are 5 f*iCurcs zinc 2 tables.
0,~ --evero- Vostochnoye Geolupravieniye, 1,~at--,adan :7c;rtheas t _,eo o~ i cal
U
A V,~ I LA 13 LibrLiry of Cont;ress
,;ard 1/ 1 1. Drilling machines-Design

ANIKBMI V.
-.:. , I
Condenser time relay. Radio no.8:50-53 Ag 154. (MW 7:8)
(Blectric relays)

ANIKLTF,V, V. (Moskva).
Low frequency amplifier with regulated frequency band.
Radio no.10:45-46 156. (KLRA 9tll)
(Amplifiers. Electron-tube)

ANIKETRY, V. (Moskva); DUBROVIN, V. (Moskva).
-----Wmmw~
A simple video amplifier. Radio no.11:33 N 156. (KLU 9t12)
(Television--Apparatus and supplies)

.-ANIKIM, V.A.; LYUBAN, A.P.; MAHOHINSKIY, V.G.
Dissociation and reduction of higher manganese oxides. Trudy LPI
no.21-2:52-59 160. (MIRL 13:12)
(Manganese oxide) (Chemistry, Motallurgic)

PAYGC:;*.C~,P,;KIY) 0(;I;YAIYIVl'l, Ye.,"'., .nz~;.; 117.,-:~,E, C.L., inzh.
r
1. Vachallnik upravleniva pro-ayshlennosti stroitellukh materialov
~,!oskovskogo soveta narodnogo kho7-aystva (for Anikeyev). 4'. blachall-
-ik tek-l-,niclieskogo otdela Iloskovskogo soveta narodna[;o kII07.yaystva
1,
~.Lor Raygorodskiy). 3. Gosudarstvennyy vsesoyuznyy nauchno-issle-
dovatellskiy institut tsementnoy promyshlennosti (for Opyanova).
4. TSci-.Ientnvv zavod "Gigant" (for Kramer).

-2~
ACC NR: -A UR/0000/65/006/0 -~165.01
,9058184 SOURMOODE:
PO/
Cie
N.-. SC"did~ikt4'.~bfphyiiico-mathewt 4614
N;VA RoModeo -A 4--~ 1-1
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-to o 1,
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'TI tiliia Wiant
Teseard
SOURCM,":- MO-scowt. Inzherserno-fizicheski '.-institut. Nek6t e
0 yy
t
rnYKh reakmorov,- k Some,
1 m
vopr~o s y fTz tekbnlrcl.yade prob 13
0 1
physies'and engineering of nuclear reactors M z
M dow, At dat$
1965, 105-n1
TOM TAGS: subaritical reactor, neutron flux, thermal neutr6n,:--`~
nuclear, uranium, neutron diffusion, nuclear reactor control
fuel
i,~;, ABSTRACT: 'The authoils describe a suberitical reactor construited t.
1. 0
MIFI (Moscow Engineering-Pbysics Institute)., consisting of a cylin-,
drical aluminum tank placed on.,a graphite base serving as a neutron,-
reflector.- The tank diameter.is 1200 mm and is filled with water to*
1evel of: 1 Da M# 158 aluminum tubes containing -uranium blocks'.con-j-'...".
n ~_ j
ca
d

Z2 *1
11,4
L W-ro,
ACC NRI
AT6005818
stitute the fuel zon6. 'The fuel assembly constitutes a hexagonal
lattice.whose pitch can be' varied.from 45 to 60 mm and in step& of-
mm with accuracy � 0.05 mm. ~: The flux of thermal neutrons in the
5.
ass6mbly'~
subaritical system and the-eadmium ratio are calculated' The
can be used for research on different multiplying media for use as,
nuclear fuel he temperature of the neutron gas a function,.
to measure.t
of the concentration of uranium in' a system, to determine the age of
the neutrons from the source in water and In other media, to determine
the diffusion length of thermal neutrons In water*' and to measure th
e
of control rods. It can be also used to set up experimedts
aimed at determining the coefficient of thermal utilization and the
resonance capture escape probability -as functions of the latti-o'e pitch.,
and to determine the migration area by the poisoning method. It per-
mits the use of various liquid moderators and can be_used to analyze.;~.U.-I.
-the advantages of various fuels and geometrical fuel cell configura-
tions. Advantages claimed for It are.simplioity and safety. It has.;.
been in operation at MIPI sInce,-lj57 and bas been constructed for
various institutions of learning in the Soviet Union and the Univer-
sity In Indonesia. In addition, dpecial electronic apparatus neces-
sary to measure the neutron fields was developed for use with 44-.-
OrIg art. haB:,"2 figures.and 9 formulas.- OTH REVe 00V
0
I Card 2/2 BUULB COPBv_l8/-.SUBM DATE: `_,05Jun65/,ORIG REi: 0
PW

KARTASHOV9 I.N.; MCGILINYY, N.I., dots., retsonzent; A]-IKE)TV, V.N.,
dotti., rotsenzent; KOTLYAHOV, Yu.L., red.
[Organizing the transition to new types of machines without
stopping the output] Organizatsiia perckhoda na novye modeli
mashin bez prekrashcheniia vypuska. Llvuv, Izd-vo Llvo-v-
skogo univ., 1965. 239 p. (MIRA 18:10)

6Z.00 ,
AUTHORS: Nikolayenko,
TITLEt Ultrasound
Separation
PERIODICAL: Zavodskaya
pp. 1310 -
S/03 60/026/011/029/035
B004YBO67
A. T. and Anikeyev, Ya., F..
~:j.,
Immersion Apparatus for Controlling Layer
in Thin-walled Pipes
laboratoriya, 1960, Vol, 26, No, 11,
1312
TEXT: For the purpose of examining whether in bimetals a separation
takes place between the two metals, an apparatus was constructed at the
authors' Institute in 1959 which allows the detection of such separations
to an extension of 0-5 mm. In this connection the experience gained at the
TaNIITMASh (Central Scientific Research Institute of Technology and
Machine Building) was used,. The pipes were passed through an immersion
bath and acoustically irradiated with 2.5 Mc/sec, with 1000 pulses per sec,
The echo signal caused by the defects is amplified, switches on a signal
lamp and stops the supply of the samples. The apparatus was industrially
tested with 20 K 0,2, 9~7 X 0,7. and 12 K 0,,8 bimetal pipes.. It indicated
layer separations by some microns of an extension of 0.3 mm, Experiments
Card 1/2

Ultrasound Immersion Apparatus for Control- 3/032/60/026/011/029/035
ling Layer Separation in Thin-walled Pipes B004/BO67
made in 1960 with soldered spiral pipes were also successful. There are
2 figures and 2 references: I Soviet and 1 German.
ASSOCIATION: Ukrainskiy nauchno-issledovatellskiy trubnyy institut
(Ukrainian Scientific Research Institute of Pipes)
V~
Card 2/2

ANIKEYEV, Ya.F,
Ult~aeonic metbod for controlling weld seams in thin;-walled tubes.
Zav. lab. 29 n0-10:1191-1193 163. (MIRA 16:12)
1. Ukrainskiy nauchno-issledovatellskiy trabnyy inatitut.

I/W(k)/~M(IVEWW-6 IjP(O')
' 28h64-66 bd(d)~M(mvwp( EWP( /ET
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,
ACC NN
AP6
010271 SOURCE CODE:
UR/0381/66/000/001/0024/0034
.
'
nov, Yu# 1-~
AUTHORs Samso 'Tdver6vskLy, V, 16; AnikaZev,__Ya._F.; S ilinik, V. F.-L
BUtenko, A-,j%L; Vit'ko#.'-F* I*
ORG% Ukrainian Sci4ntif ie~ Res-fiairch tube Institute (Ukratuskiy nauchno-Lesladovatell.-
-F-th
skLy trubnyyTnstLtut),-.N1k0p0Tr OU era TuVe Plant (Nikopol'skLy.yushnotrubuyy
zavod)

'TITLEs fLty:coiirol'of thin- I-led' tube
We a

SOURCE: DefektookopLya# -Inoa. .19666' 24-34
TOPIC TA .03s, ultra'sonic'-flaw detector~'flsv detection, metal tube; qualitY cOn /QDT-
Utrasonic-1low detectors IDTa-31d.ultrasonio flaw detector
e
ABSTRACT: The article presents t
a results of the research and development work on
UDT-4 ultrasonic flaw finders at theXkTaWan Scientific Research Tube ins and
%Ltute
compares-their performance with that of the IDTs-3M ultrasonic flaw finder.IlThe UDT 4
pulsed ultrasonic flaw finder is designed-1or the quality-control o tFin-walled tubes :'i
through the excitation
of,normal waves in.their walls* It consists of an electronic
-
unit and a mechanical-scoustical part4:Thb inspected tube is drawn through the devices
If a flaw is present, a lamp glowe on the panel of the electronic unit and at the same
time the tube-Arawing mchaniom halts;.The defective spot is
pLnpointed and subs*.
.

rd 1/2.
cc, 620,179s16
L

ACC Me AP6010271
quently metallographically examined.-The UDT-4 reliably reveala~defacts of the acalat
film, scratch# crack and other.typeas Compared with the IDTs-3H the UDT-4 has aaltowor.,
4 1
tube-drawing mechanism. On the other hand, the'IDTs-Mis inferior in that it cannot
be used to inspect bent,or curved tubes and it involves vibration of the tube, which,~
generates spurious'signals..This comparison implies that a new flaw finder embodying'..,
the advantages of both devices can be developed,,The UDT-4 in its present.,form may be
used for high-speed flaw detection-in shops fabricating a broad range of thin-walled:-..
precision tubes if the device is,*ao:modified as to use several ultrasonic picku
ps
aligned along the tube exist ThusVeogal,if 5-6 pickups with beam vidth of 10 Un each
are used to inspect tubes-rotating'at the rate of 200 RPMO.i productivity of-approid-".
mately 600 u/hr or "more, then 4000 m~ per shif t- may be achieved. In mass production of
tubes of a limited rdhge'.of typesi on.the other,hand, LE is best to use ultrasonic
flaw finders with a series df,.pickups~mounted over the,tubs.parimater, Orig. artChass"I
5 figuresi
SUB. CODE*.'-v'-A 'ill SM DAM i~~ 27Oct64/,,..,'OEtIG,RSFt OOL
31
Ofll"
2/2,
Xtt~
Card

L h6715-66 EWT (d) /EWT(m) IEW (0) INP (v) ITIEWP (t) /ET.T/0WP (k) Inip (1) IjP(c)
ACC NR, AP6023646 JD/R.4 SOURCE CODE: UR/0381/66/000/002/0044/0051
AUMOR: Anikeyev, Ya. r.; Teverovskiyt V. I. ; Pan Ikov , H. H.
ORG:. All-Union NII of the Tube Industry (V Goyuznyy NII trubnoy promysblennosti)',
TITLE: Ultrasonic flaw detection in tubes of small diameter
SOURCE: Defektoskopiya, no. 2, 1966, 44-51
TOPIC TAGS: ultrasonic flawdetection, metallographic examination , metal tube
ABSTRACT: Ultrasonic flaw detection was studied in nonmagnetic tubes of 4-10 mm dia-
'c
meter and 0.1-0.8 11 thickness. Exp riments were carried out on var/ious ultra-
I
ML AWhile the
sonic instrtiments: I -3H (TaNlITHASh) UDT-14 (VNITI) and the IDTs-5.
I
IDTs-5 machine perlormieds-besf, it had to b~ modified to handle !dialler tube diameters;
the IDTs-5 was rated for 6-10 mm tubes with 0.1-0.8 mm wall thicknesses. 2-3 mm long
defects at a depth of 0.03-0.05 mm were detected. The IDTs-5 pickup was modified to
focus the ultrasonic waves in order to detect defects 0.5 mm long at a depth of 0.015
mm when operated at frequencies up to 5 megacycles/see. Pictures of the new type pick,
up head show its 6 components, the distribution of angles during the reflection of ul-
trasonic waves off the surfaces of tubes and a separate design scheme for a head,
which completely encircled the tube to be inspected. General views were also shown of
the device in actual operation. Details of the electronic storage circuit are includ-
1/2
UDC: 620.179.16

3'lnlt
J.tIDUO S/O 19/61/000/02 I/CSO/07ii
2 4 1 q00 A 1511/A 126
AIUHORS- Nikolayenko, A. T., Anikeyev, Ya. F.
TITLE: An immersion-type ultrasonic flaw detector
PERIODICAL: Byulletent izobreteniy, no. 21, 1961, 57
TEXT: Class 42k, 4606. No. 142467 (693199/25 of January 16, 1961). Ar. im-
mersion-type ultrasonic flaw detector for detecting spills in thin-walled pjp'~S.
based on the excitation of laminar waves (plastinochnyyevolny) (Lamb waves) by
means of a projector which is inclined to the surface of the pipe and is fl`.ed
with an ultrasound concentrator in the form of a concave acoustic lens, distin-
guished by the fact that, in order to speed up the inspection process by inspect-
ing the entire perimeter of the pipe at the same time, the piezo-electric projec-
tor of the flaw detector is made in the form of a hollow truncated cone encireltrw
the tested pipe and is provided with a circular concentrator having the form of a
conical circular concave acoustic lens installed on the inner surface of the pro-
jector cone.
Card 1/1

S/019/62,/000/013/0110/058
A154/A126
AUTHORS: Nikolayenko, A.T., Teverovskiy, V.I., Anikeyev, Ya.F.
TITLE: An ultrasonic immersion flaw detector
PERIODICAL: Byulleten~ izobreteniy, no. 13, 1962, 4o
TEXT: C:.ass 42k, 46. No. 148573 (738054/25 of July 15, 1961). 1) This
ultrasonic immorsion -flaw detector for detecting lamination in thin-walled tubes
is based on tho excitation of laminar waves (Lamb waves) by a projector equipped
with an ultrasound concentrator.in the form of a concave acoustic lens. To
speed up the flaw-detection process, the projector is made in the form of a flat
ring enci*reling the tube being examined. On the surface ofthis ring there are
fixed a circular concentrator in the form of a flat annular concave acoustic
lens, and a conical reflector for reflecting the ultrasonic waves onto the sur-r
face of the tube. This reflector can be moved along the length of the tube. 2)
This is a variant of the flaw detector described in 1. To prevent false opera-
tion of the flaw-deteotor receiver by singlo noise-sigi-ail pulson, thtl dotoctor
hau a ci4cuit which is operated Only upon repeated arrival of signals within set
Card 1/2.

USSR
ACCESSION NR: AP3008168 S/0286/63/00/013/0010/0010
AUTHOR: Spil'nik, V. F.; Anikeyev, Ya. F.
TITLE: A device for removal of seams from the inner surface of tubes. Author's
certificate NP. 155476 class 821d: 7b, 7sub2O
SOURCE: Byulleten' izobreteniy i toverny*kh znakov, no. 13, 1963, 10
TOPIC TAGS: tube seam removal, tube inner seam removal, seam removal quality
control
ABSTRACT: A device fo removing seems from the inner surface of tubes, the device
including a cutting mandrel and a mechanism for controlling the quality of the
trimming, characterized in that to increase the production rate and to observe
the condition Df the cutting instrument, the cutting mandrel has pivotably mounted
cutters, and the mechanism for controlling the quality of the trimming is made in
the form of a :?eriscope passing through the inner space of the cutting mandrel.
Orig. art. has: one figure.
ASSOCIATION: none
SUBMITTED: 1714ar62 DATE ACQ: 210et63 ENCL: 01
SUB CODE: M,14D NO REP SOV: 000 OVER: 000
Card 1/2

ACCESSION NR: AP3008168
I - cutting mandrel;,
ENCLOSURE: 01
2 pivotably mounted cutters; 3- periscope
Card 2/2

SALOT, Ivan Nikolayevich; ANIKEM, To., red.; FILIMNKOTA, M.,
tekhn.red. f - Mb ,
[Buildino materials (sand, gravel, and clay) of Smolensk
ProvinceJ Stroitellnye moterialy (peeki, gravii i gliny)
Smolenskoi oblasti. Smolensk, Smolenakii kroevedcheakii
nauchno-isel.in-t, 1960. 199 p. (MM 14:4)
(Smolensk Provinoe-Building materiale)

All IKEYEV _Yg.;-.GU131N , Ye.P., kand. okon. nauk, dots., red.;
SAMONMIKO, Ye., tekhn. rod.
[Dinsominate practice in reducing production costs aii.ong
all collective and state faims] Opyt snizheniia sebestoi-
mosti produktaii - wen kolkhozam i sovkhozari. Smolensk,
S
,molenskoo knizImoe iz(!-vo, 1963.
1 67 p. (11DU 16; 12)
(Smolonsk Province-Agriculturo-Costs)

I
U~ I Fl, Ye., rod.
ly EIV )
[kochanizatlon of row crop cultivation) Pokhanizatviia
vozdelyvaniia propaBhnykh. Smolensk, Smolenskco kni Amoe
izd-vo, 1963. 88 p. (MIRA 17:7)

YU-'.*_-'L",Q;OV, Aleksey Miklinylovich, proj;od.~ tJ,'-IKI-',YL,'V, Ye., red.
[business iiccountInF,, and profit m-~,king on collective
fmins] Klwmischnt i rontabellnost' v kolkhozukh. Smo-
lensk, Smolenskoe knIzhnoo izd-vo, 1961. 76 1).
(1,1111A 17:6)
1. .:orkovskiy gosudarstvezinyy universitet im. NI.V.Lomonosova
(for Yenollyunov).

WLODKJ1,', Vasilly Vlwdinirovicb, karit. tekhri. riauk; ANIKINEV) Ye.
red.
facclairlr,g brushlands by plowing tho bru.,-.h under] Oriv('enio
z,d-L,34.arennykh zer-ell inotodcar, zapL-!zl-,.ki
, *holonskoe kni4huoo izd-vo, 1963. !*9 T-
1-1 . -,*)

NIFECIH-IIKOV, Konstantin Filippovich; ~NIKEYEV, Yo., red.
(Put full loads on muchinerv] Tekhnike - polnuiu zagruzku.
Smolensk, Smolenskoe knizhnoe izd-vop 1963. 54 P.
(MIRA 17:6)
1. Brigadir traktornoy brigady kolkhoza imeni Lenina
Fochinkovskogo rayona (for Pripechenkov).

BADRENKOV, A.; ANIKLTEV, Yo.
[Practices and knowledge for farm workers] Truzherikam
sela. - oM.,t i znaniia. Smolen3k, "molonskoe knizhnoe
izd-vo, 1963. 57 p. (MIIiA 17:6)

ORLOV, Anatoliy Vaoillyevich, traktorist; ATIKEYKV, Ye., red.
Nhe tractor will not be idle in the field] Traktor v
borozde ne stolt. Smolensk, Smolmskoe knizhnoe izd-vo,
1963. 19 P. (MIRA 17:7)
1. Sovkhoz "Di-whba" Gnatskop proizvodstvennogo upruvleniya
(for Ovaov).

I l-!-CAY,3KIY, lk-onld 1, -ifovich; ~ , ~'. i-". ,.1-j I A - ~~.
[ Illpl-c"Ve .;ki I ) ~, alid rd ~V' I r, U W. t I ':j 11 ~' ] ~,' ~ i I
vistarz-Avo - j,cj%-yoltt' I; I-c, i ,V,-!i ttd I. ,~:l *.I;! jl.~-kj .1lic-
Junskoe knizimoe JzA-vol J-63. 35 i.. ( l,'L-! I ~A -1 '17: 7 )

KASI]LEV, Nikolay KuzImich, inzli.; ANIKEYEV, Yo.p red.
[using advi~nced technology In jninlnl, peat wit' mechanized
brigades) Primenenie peredovoi tekhnologii. pri dobyche torfa
mekhanizirovannymi otriadami. Smolenskf Smolenskoe knizhnoe
izd-vol 1963. 32 P. (MIRA 17;8)

CHEMIKOV, Boris Pavlovich., St. nauchn. sotr.; ANIKEYEV, Ye., red.
[Technology of the surface of layer method of procuring
peat fertilizers] Tekhnologiia poverkhnostno-posloinoi za-
go~ovki torfianykh udobrenii. Smolensk, Smolenskoe knizh-
noe izd-vo, 1963. 35 P. (MIRA 17:5)

GERSHTEYN, A.R., inzh.; ANIKEYEVA, A.F., inzh.; LEYBOVICII, I.R.; SALIKOV,
B.L., inzh.
Concerning S.T.Ivanovts article "Mistakes in designing the electrical
section of electric power plants and substations." Elek. sta. '76 1
no.2:83-85 F 165o (MIRA 1814)

V72~1

t jz~

77

21

AUTHORS Temn P.; T. I Anikeyeva., A S C- V/7 9 - -2- 6 - 11 2 - 2/41
-1-c-va. S-;-doro,. a, N ~ S.
TITLE: S. N, Danilov's Work in th~~ Field of Isomeric Transformations
arJ Yr-lc-cular Regroupings of Carbonyl,, Oxy-Carbonyl Compounds
and Carbohydrates, Find Their llieoretical Importance (Raboty
S, 14, Drinil,)va v )blas',, ';:orrter-n,,-kh prevrashcheniy i
,n,)J6:u"-,,:,rnykh persgrolpnirnvok oksikarbonilIny1ch
!3oy?dirovi,/, i -tielovodov i ikh teoretiche-,ikoye 7nacheniye)
PERIODICAL: Zhuraul .)bshchoy khimiA, Vol 28, 11v 1,2,
!)~ 3162-3175 (USSR)
ABSTRACT: Since Danilov's first word 45 Yearn aco there has taken place
a ei-~,at in thoory concernine tho problem of the
mole~,,-alar ragroupings and isomeric tr~tnsfc,rinations of oxygen-
contninin,~; compounds; this was mainly due te Danilov's and
.ais cooperators' work. At present it is taken for oure that
mol-?cular re6:roupings which complicate chemical processes
Ln or,~.anit. cherni,,try, depend. kinetically cn the dis-placement
of thr-~ hy,,1rc,-,en atoms or the carbohydrate groiip into the
adjEL1,01'.t position. The isomeric equilibrium trans f ormi ations,
Card 1/~ which tako place very ea~jily in some ca-,-es under the influence

S. N. Danilcv1s Work in the Field of Isomer-Lc
Transformat!ons and 111clecular RegroupinCs of Carbonyl, Oxy-Carbonyl Compounds
and Carbchydrateg; ;ird Their Thooretical Importance
of the catalysts 'Luvorable to these trans f ormat ions, depend,
like all eou4.librium -prooesses, on thermodynamic factors.
Accordin.-I to detailed rei~orts published by Danilov im-portant
conditic,ns are mentioned that must. be taken into consideration
in interpretine the mechanism of molecular re6roupings of the
a-Ciycols, ThQ basic idea throughout all his ,i-,jers is that
the of transformat4-)n depends not )nly on the radicals
but also on theii~ inter%ction, on th--- dehydratinC agent and on
conditions under which the dehydration takes place. He and his
cooieratcre systematically invest-i-.-ated the behavior of
a-cxj--aldehydeo ur,,Io:,- ar-tion of various catalZ~sts, which
led t-) nt results. The ox
y-aldehyde-oxy-ketone
reirrou-,*ne in ac-d nedium accordina to Dani'lov takes place
un~c-r Ln inter!iie'liate, lorn-tti.n of a-alcohol oxides (scheme
on --a~;e 3!67). Tho manifold type3 of isomeric transformations
and nolocaAar rezrouidnL:3 wore illuotrated by Danilov with
su'-, ~l en
entLry info--:--.!t'-:)ns offered by other scientists ac-
Card 21/3 ~Crdinj; to the schema, of trL-.nqitions of related

S, N- Danilov's Uork in the Field of Isomeric SOV/7n-26-12-2/41
Tranaftrmations and Molecular Reeroupin(;a of' Carbonyl, Oxy-Curbonyl Compounds
and Carbohydrates and The-ir Th~,orctical Im,.ortanc,?
,q
.ompounds as mentioned on pti., 3169 (upier half)l this was
carr.ed out, fnr instan~c, -in tht) cajo of compounds with two
I)hciiy-' jr)ups and' tici carbon atons in tho- ohain (the big
arro-,Yi3 poir., to tho tranuformution tyi)vs rouliz4A by him).
Tho lot,4-,al ccatinuati~)n of the investiL-LAions of the
transfo,rlaLltiona of (x-oxy-r-arbonyl (;I-)Ir~)OUrd3 were his manifold
f~~r instance,
pape.-s cn thi? mono3es and d4. aacch,-, rides, -.13,,
thas,,, or! a now met'hod for tho Ilepimeri-,ation" of sugars. Ila
and his cooperators synthesized a large number of derivatives
of multivalont alcohols, their uldehydes and monoses. Based
on an i-a-tramolecular simultaneous acid-alkaline reaction
oroc-?tis fcund by him in a larCe ni-.mbcr of roactions he could
explain marly biochem4cal proceuses of nature. There is 1 table.
Card 3/3

AUTHORS: Anikeyeva, A. N.. Zarubinskiy, G. M. SOV/79-28--12-6/41
TITLE: Allyl and Methallyl Ethers of the Acetalo and Ketals of Xylite
and Xylitane (Allilovyye i metallilovyye efiry atsetaley i
ketaley ksilita i ksilitana)
PERIODICALt Zhurnal obshohey khimii, 1958, Vol 28, Nr 12, pp 3206..3210
(USSR)
ABSTRACT: Based on a few syntheses of the allyl and methallYl ethers of
multivalent alcohols described in references 1, 2 and 3 the
authors synthesized the same ethers of the acetals and ketals
of xylite and xylitane by the action of -llyl bromide and
methallyl chloride on them in a solvent in the presence of
pulverized caustic soda. The initial products synthesized
according to references 4, 5, 6, namely 2,4-3~5-dimethylene
xylite, 2,3-4,5-diacetone xylite, and 2.3-4~5-dibenzylidene
xylite contain a free primary hydroxyl group, so that the
position of the allyl and methallyl group in the molecule of
the reaction products in the first carbon atom is beyond any
doubt (Compounds III, IV, V, VI, XII, XIII, XIV, X;). Di-
cyclohex.vlidene xylite was obtained according to a synthesis of
Card 1/2 cyclohexylidene xylitane (Ref 7) carried out by the authors

Allyl and Methallyl Ethers of the Acetals and Ketals SOV/79-28-12-8/41
of Xylite and Xylitane
already earlier. To solve the problem whether a free primary
hydroxyl group is in the dicyclohexylidene xylite its triphenyl
methyl other was synthesized, whereby the position of '.-he allyl
and methallyl group at the primary carbon atom in this ether
was proved (VI and XV). Based on earlier experiments (Ref 7)
the allyl group in the acetals and ketals of xylitane can be
only at the second or third carbon atom (Viii, IX, X, XI).
There are 3 tables and 8 references, 1 of which is Soviet.
ASSOCIATION! InstitiiT, vysokomolekulyarnykh soyedineniy kkademii nauk SSSR
(Institute of High-Molecular Ccmpounds, Academy of Sciences,
USSR)
SUBMITTED: January 13, 1956
Card 2/2

y'-
'j' 1 '71
His 7, th Pirthd----ty (.1, ',"-Ictiyu :;o (,n, ro-lideniya)
i 7)1 C A I,: Zhurna.] prihl!o1nov hlni,l , .1~ 1'r
T
"t'I'A".T: This is ci. short i r-l)li,- of S., Pan,
T Z~ for r C (1111;, ~'V
J-Pirsictor o1' til, I..,
AS ")SH. v, ; boin. oii J. in 11-4teb-". a Z;
--'raduated frm:.~ Vie Poturubur- in 1',Li. In
he w-~s selected as Profc::;so4- Tlc~-l cf tlle Chair f -,r
C'10mical of nt tht-- Lcm~~r.,Crad Pechno-
log,ical Institute ilcni Lansovet, anal the..- he 1-.%-
o---upied thir yooiticn, till At'present. he is Prc-
sident of the Leni.-.--rad of t',,-.e C-~mical Socict-- i
D.I. :-'-c-ndeIcyev md Gorresp=ding Member o,' the AS US~'R,
0 or. ~--r o' L-Lor '~,2
,,u~; av.-ard.--d :,,ith 2 ot(ierL; of Lenin, o,-. 1 .1
Banner, an order of of llonc~r" und wit', medals.
There is 1 photo.

Lupni.r~iio;~
A
A
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,
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XV, A"Id
jow"~ co' Glycer.,!Jdohyde ;.md If"!] Vitt, 1 veo
PERIODDIA1,: zhul-11"; 11 oh"A , cile, , ldlimll, I)OC). Vol -`0, Nl~
pp
AJISTRA~;,,T: 01, Lh-D-:'-;jc c- Im I'll) ic :wid obtaiined by S. 14. Dantlov
zind A. M. (Ull:, JourrizA, Vol (), 706
plcl,.~, Vol 69, 1) ~'I`~O) 1,11 vc::wt,lon o1,
:~nh:A (!d mollosel" wl.All hydi-OxIde. It ,%-as expected,
Ulevel*ore, lrlotlose.~~ cont"linlrij-, 1111~',Llbstltutc(l
hydrox.."PI:; nt, C ind C,, I.-JItAi oilhor ve 1) In c e d
1.1o I I t I ;~l t I I I t I t I I c. Ilm
I ome 1 1. e ~,-, L u i i I, t~ L 111 1 u. Ic Ol I t'll 1~1,(Ojl 1. rl t; 0
o -:', ~1 c 11: 1 11 c I'.; cLd . P. :i1lowl) t,h~lt, (11 v 1
(V
A
C
J "I I v, i Pb(011) 1111,o I ~Ic,t'llc (v
1 ) v"hove;ls
;w
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L:-.ot I; ev L":!!, (J,j o!' I I"d "-I I d e I I"; d e.'; . XV
SOV/P 0 -
jt'~3 lizilo devIviAiver., -ch I ovo- 1-0x
ypwr)!)*'tnZ11 (1)
",T)d 1 1 , '1-tvl "'wotv I '
C[I)
nci't (1.n
L~~ l'i I IC (A I-v
cll~ml c 11 11 'MA
C I I ("I C I I 1:11C1

I PlI (.(I)Ac)2
I
I P
I-A MI I
(Alo III
( I %, I
I o!; k.ot;!. '~i on

I dill, lon-redw,ti on of, 1 '.md I'l procued;, here w1 th
t, h e 1 1'. I j,);) t-1 I o I IC) rn 1, 11 Cl- - ol I I I t I? I!
0 PO 111 -!II'l 1,111!1 1 1, o;tn hi, Im'd
b"', lAv" of, (V-L].). The i1):.l-
of, t1w rl." V 1)1,tce
t'iw Ildch, ~3-;Il~--Ohol
."kle ''lid the
!Jw loll of, V 110,0 1:lcl-lc he I 1) 1. 1!!, -
i i~v 1 hr~ CL--
(,:,I ~om;)Cmlj, -Alt:(JI01
I!; 'mw ox I o;ll. 1 ("11 1 (A)

lot) ol,
s Ov
I I I Ot, Of o- III
Ox) 1"(! lw:;t:
I t ill,("u1ji (1-l'. I T1 W FO 1 1 C),6.: I I :~111: I
ri.", le I ~ I fo I 'III1 1-011 N P.-, ~;k V"! I I
I Into
(it! COMPOIll'ok" I'll'! rovilml, I oil
1m:1:1 :! c 4, w I i 11 1. 1 ('
111 -,.t I-J.' 1'~l t, 101)
()I* H ~~talfl Into /3-po:11 1. loll; i,lw roll!11:0.-Ioll (W
(,I) Lll(,. rol
1,1111
be 1.11rou)'JI
wl.1,11 !1111-1,;Aloll u," (:11_01f-(:11 <

I dollyde~',
I-Vij
ll\, "Oll C(1011
11C
HOCH
IlColl
cll,oll
() 1
CH'All, C, --
Co
o
11 OCIf M 111 -- I
sov/(
GOOII
I W
c1l.
1, c 11 11
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C I I (XI)
c1l,
C',
I\oll (X 11)

of' HydroxyiIdr--hydc,,,,. XV
SOV /,,(q - --0 - /,Iq
loti exchmi-,e veolti.,; KU- mid LDE-10 were 11:3ed 1.11 1,110
pe v Inlet) t,), . There ;Irc 10 I-el'ovelice:;. U.S., I
,P Soviet'. The U.S. Dive: M. C, I bbl,
J. Au~. Client. Soc., -5904 (191 .)CI); J. Sowderi, Adv.
Cal-boh. 1,110111., 12,
ASSOCIATION: LemiovLot Leriitigvacl Techtiolor -al. Institute aii ~ InstitJite
~Ic
of' 111.j --.h-Molecular Compoumh;, Academy of' Scietipt.~.; USSR
Ilz3t Itut inlet) I
Alcall,cmli miuk SSSR)
Card 6/6

30185
S/079J61/031/011/005/015
D202/D305
AUT11011s: Anikeytya.-A.-N-0 Orloya, T. I.0 and Danilov, S. N.
TITLEi Amino-derivatives and methacrylamides from xylite and
xylitane acetals
IERIODICAL: Zhurnal obahchey khimii, v. 31, no. 11, 1061, 3544-3550
TEXT% This is a continuation of previous investigations in the aeries
of xylite derivatives in quest of new polymerization monomers. 10 now
compounds were synthesized, the amination being carried out by substitution
of tosyl groups in tosyl derivatives of xylite acetals and by substituting
the chlorine in dimethylene xylite chlorohydrin. The structural formulae
of all compounds are given, as well an preparation details. The starting
productat tosyl eater of 214-3,5-dimethylene and 2t3-4,5-dibenzylidens
xylites and that of 395-methylene-l94-xylitane were obtained by methods
given in Western literature. Cpd. Is Chl o ro-l-desoxy-2, 4-3, 5-dime thyl one
xylite was obtained from dimethylene xylite in pyridine and thronyl
chloride at OOC, the reaction mixture being heated to 1000C. The product
Card 1/5

30185
S/079/61/031/011/005/015
Amino-derivatives and... D202/D305
was extracted with CHU 3 and recrystellized from alcohol, yielding 14 g
of product with m.p. 129 0C. Its chemical composition was determiined as
with all other products in the Analytical Laboratory at the Institute of
High-Molecular Weight Compounds. Cpd. IIIt Amino-bis-2,4-3,5_dimetbyIOne
xylite was obtained from tosyl est r at 2,4--3,5--dimethylene xylite and
methanol saturated with NH 3 at 08. The mixture was heated to 125 0C an d
eventually yielded 54% of crystals, m.p. 234 - 2400 (decomp.) Cpd~ 11.~
From the filtrate of the above product after drying and extracting with
CHCI3 a small amount of anisno-20,_3,6-dimethylene xylite was obtained
of m.p~ 120 - 121 0 C. Compounds III and 11 were also obtained from
compound I by the action of methanol saturated with N11 3' Cpd. IX,
Toluene -sul fonami de-bi s-2 ~ 4-3 15--dime tbyl ene xylite was obtained from pro.,
duct III by the action of n-toluene oulfochloride in pyridine at room
temperatureq m.p. 211 - 212 0. Cpd. Xs Benzoyl-amide-bis-294-395-
dimethylone xylite was obtained from 0product III and benzoyl chloride
solution in pyridine, m,.p., 261 - 262 . Cpd~ IVx 1--Dutylamino-2.3.4,5-
Card 2/5

301!5
S./070/61/031*/011' /005'/015
Amino-derivatives anC~. D202/D305
dibenzylidenexylite was obtained by heating 1--toayl.-2,3.-4,5-dibenzylidene
xylite with butylamine; after 0crystallization from alcohol ', an amorphous
powder was obtainedp m.p. 146 . Cpd~ XI: I.-Butyl-toluene sulfonamido-
2,3-4,5-dibenzylidene xylite was obtained from product IV and n.-toluent
0
sulfochloride in pyridene; crystals (from alcohol),, MOPO 126 - 121
Cpd, Vs I-Plienylamino-2,4-3.5-dimethylene xy-lite was obtained from its
1-tosyl ester and aniline; a white, amorphous powder, m.p. 133*,) Cpd,, XTI,
I-Phenyl-n-toluene-oulfonamido-2,4-39IS-dimethylene xylite was obtained
from product V and n-toluene sulfochloride in pyridine; small crystals,
m.p. 1760. Cpd. XIM I-Phenyl-benzoylamido-2,4-39&-.dimethylene xylits,
obtained from product V and benzoyl chloride in pyridine; m~p, 178 0.
Cpd~ V18 2-Butylamino-3,,5-methylene-1,4-xylitane, obtained from tosyl
ester of 3,5-methylene-1,4-xylitane and butylamine; (in collaboration
-with Yu, I. Dmitriyev); colorless crystals, m.p. 34 .- 350C. Cpd,, XIVz
2-Bu tyl-n- toluene- sul fonami de-3 , 5-me thyl ene. -1,, 4-xyl i tane,, obtained from
product VI and toluene sulfochloride; mp,, i100,, Cpd,.'VlIt~ 2-.Phenyl-..
amino-3,5-methylene-.1,4-xylitane$ obtained from tosyl 0ester of methylene
xylitane and aniline; yellow crystals, m,p. 123 - 124 ~ Cpd~, XVA 2-phonyt-
Card 3/5

30iV
Amino-derivatives...
S/OTOJ(31/031/011/005/01r)
D202/D305
benzoyl-amido-395-metliylene-lr4-xylitane~ obtained from product VII and
benzoyl chloride; crystalat m.p,, 128 0. Cpd. XVI,- Metlincrylamido-bis.-
2,4-3,6--dimethylene xylite was obtained from product III in C11CIV
dimethylaniline and methacrylic acid chloro-anhydridet white,amorphous
0
powder, m.p. 217 Cp& XVII,< I-Phenyl-methaer-yi-amido--.),4-1.3,5,
dimethylene xyliteg obtained from produvt V as above~ white, amorphous
0
powder? m.p,. H3 Cpd. XVIM 2-phenyl-methacryl-amido-3 ', 5--me thyl eue-
1.,I-xylitaneq obtained from product VII and methacrylic acid chloro-
anhOride with dimethyl aniline in dichloro ethane; yellow crystals. m, p,
114 . Cpd. XIX~ 2.-Phenyl-acryl-amido-.3.r>~inetliylene-I A-XT11telne..
obtained from product VII and acrylic acid chloroanhydrido with dimethy]
aniline in CIICI 3 " There are 5 referencea.~ 2 Soviet-bloc tuld 3 tion-
Soviet-bloc. The references to the English language publications read
as follovz~, R. M. Hann, A. T. Ness., C. S. Hudsong J,, Am, Chem, Soc-,
66P 670., (1~944)j M~ L,'Wolfrom, W, J. Burke, E~ A, Metkalf, J, Ame!r,*.
Sac., 69. 1667 IW); A,, To Ness, R~, M,) Hann', C, S, Hudson? J. Am, Chem,
Soc.), 75., 132Y M53)o
Card 4/5

S/079/61./031- !01 ~ ;00,5/045
Amino derivatives nnd,,..,- D2 0 2/D3 05
ASSO C IA T I ON rns ti tu tvysokomolekulyarnych sovedineni ,v Ahademit nauk
SSSR (Institute of lli&h1oleculay- Compounds, AS USSIO
SU B11 I T IT; D: Decembe- 30, 1060
Card 5/5

.Agg~~Y~, A.N.; DANILOV, S.N.
I
Synthesis of methyl ethers of xy3itol and anhydrc*litol derivatives.
Zhursob.khim. 32 no.8:2498-2.500 Ag 162. (MIRA .15:9)
lo Institut vysokomolekulyarnykh soyedineniy AN SSSR.
O~rlitol) (Ethers)

ANIKErEVA, A. NO; ORLOVAO T. I.; DANILOV, S. N.
Structure of acetals and ketals of l,"nhydrcoqrlitol. Zhur.
ob. khim. 32 no.12:3913-3916 D 162. (MIRA 16;1)
1. Institut vyaokmolokulyarnykh soyedineniy AN SSSI.
(Acetals) (Xy:Litol)

ACCLSSION Nh: AP4034565 3// 007q/6,';/'u34/OO4/1Ou,,io64
AUTHORS: Anikeyeva, A. N.; Danilov, S. N.
TITLE: Methacrylic others of the acatals and kotals of xylite and
xylitane
SOURCE: Zhurnal obahchey khlmli, V. 34, no. 4, 1964, 1063-1064
TOPIC TAGS: xylite acetal methacrylic other, xylito kotal metha-
crylic ether, xylitane acetal mothacrylic other, xylitano ketal
mothacrylia ether, synthesis, property, molting point, oolubility
'ABSTRACT: The mothaorylic ethers of xylite and of 1,4-anhydroxylite
(xylitane) acetals and ketals were synthesized and charaoterized:
11c-0
0-c
BC-0
(IV, V, VI)
"coed-1 1/3

iACCESSION NR: AP4034565
u. iv) n = cjr,, iii, v) n - rur,)r, un. vo it = c(rj,,),,
Me=COr_-Cll,
All,
'The monomethacrylic ethers were synthesized from the acetals by
reaction with methacrylic acid anhydride at room tomperature in
~pyridine for 24 hours and cryatallizing In Ice vater, or by reaction
I
.with the chloranhydride of mothacrylic acid In ether In the presence
;of 20% alkali at OC with strong a3itation for 11 hours, separating
t1he other and extracting the water layer vith other, washlni~,
dryInG and allowing to stand for 2 dayc to cryotallizo. The 1-
methacrylyl-.C':,3-3,5-diii3etliylene (dibenzylidene, dilsopropylideno)
-.,-.Y11tes and the 2-me thacrylyl-3, 5-methylone (ban zyli d ene, Isopropyll-
done)-!, 11-xylitanes thus obtained are Insoluble In waler but aro
In or(-,anic solventu (acetone, chlorofovia, benzene and alco-
"'.01s) on heating. "Yu. A. Bol'shulchina took, part in the experimelital
Che r j of mothacrylic uthors of xylitano." Orif.-,.
;or!,, in 4. ynthosii
;irt. hau: 1 table an(I 1 fomula
1'~SSOCTATIO' -. Institut
-;k SSSR (Ii~stituto
vy1i3o1romoleku1yarny*kh coyedineniy A,7,Aemli
of High Molecular Oompounds Acndc-.my of Soloncei;
2/3

ACCESS1014 Nit: AP4034565
SUBMITTED: 1OApr63
SUB CODE: OC
NR REF SOV: 002
ENCL: 00
OTHER: 006
clr -J 3/3

ANIKEYEVA,-4~.; DAIJILOV, S.N.
3,5-Ethylidenexylitol and its derivatives. Zhur. ob. khim. 34
no.8:2532-2534 Ag 164. (1,111RA 17:9)
1. Institut vysokomolekulyarnykh soyadineniy AN SSSR.

OFT VA, T.I.; ANIKFYI-:VA A.N.; DANIU)", S.P.
.10 . I V
Toryl ethers of 2,4-mono",ietliylene-D,[.-3ylitoI awl thel,r
derivatives. 7hur. ob. klilm. 35 no.4:649-651 Ap 16,5.
(IMIRA 18: 5)
1. Institut vysokomolekilyamykh soyedineni.y AN SISSR.

uliu: tons
TITIEs- Method for obtaining polymers. Class 39, No. 175660 Za*nnounood,by institute
'TsKQ"-rmvkh
for, H!4-moleoular _Compounds,, AN SSSR (Institut vysoko
AN SSSR)_/
SOMCEI 'Ryullaten' izobreteniy i t.ovarnykh zmkov, no. 20, 1965j, 67
TOPIC.TAG-Ii polymer. radical polymerizationt polymerization, polymeric stiucturo
ABSTRACT: This-Author Q icate *-scents � method for obtaining polymers by.
radical vo1Ywrizatio;I/WXtba!ELUo estere7of the acetale and ketals of a po3!y-
atomic alcohol anhydride. To obtain,p-o-IWF having a linear atructure, monomotba-
orylio esters of acetals and ketale of are used,,
. m -
SUB COIZt 07/ SUBM DMs 198004
WO 678.24.38

J) I &~
MIRONOV, S.A., prof.; ANIKEYNVA. A.S.
-
Use of emll-grained sands of the Tatar A.S.S.R. in mortars and
concretes. Trudy Akad. neft. prom. no.3:274-292 156. (MIRA 10:11)
(Tatar A.S.S.R.-Sand)

VASILIYEV, V.G.; YEROFEYEV, N.S.; ANIKEYLIVA I B j YELIN N.D.;
YELOVNIKOV, S.I.; KOLOTUSIWINW-,A!r~ UVOV, M'S.;
MATVIYEVSKAYA, N.D.; MIRONCHEV, Yu.P.; MODELEVSKIY, M.Sh.;
MURATOVA, A.T.; MUSTAFINOV, R.A.; ROZ11KOV, E.L.; SNEGIREVA,
O.V.; STAROSELISKIY, V.I.; SITNIK9 N.A.; NEVELISHTEYN, V.I.,
ved. red.; YASHCHUR7,HINSKAYA, A.B., tekhn. red.
(Prospecting for gas fields in the U.S.S.R. during four
years of the seven-year plant] Poiski i razvedka gazovykh
mestorozhdenii v SSSR za chetyre goda semiletki. Leningmd
Gostoptekhizdat, 1963. 171 p. (MIRA 16:81
(Gas, Natural--Geology)

ANIKEYEVA, I.D.; MINIMIk, Ye.G.
Physiological activity of growing points in trees as related to
sexual specialization of generative shoots. Bot. zhur. 44 no.7'
907-915 JI 159. (MIRA 12:12)
I.Institut losa AN SSSR, solo Uopenokoye, Mookovelroy ablasti.
(Trees) (Plants, Sax in)

SOROKIIU, O&IIN.; ANIKEYEVA LD
Cytological study of embryos in neutron-irradiated wheat. TSitolofriia
3 no.3000-304 MY-Je 161. (MIRA 14:6)
1. Laboratoriya radiatsionnoy genetiki Instituta, biologicheskoy
fiziki AN SSSR, Moskva.
(SEEDS) (PUNTS, EFFECT OF NEUTRONS ON)

!ACCESSION NR: A~4027981 S/0205/61t/004/00~/0279/0263
AUTHOR: Sorokinap 0, N,; Anikeyevap 1. D,; Iofap E, 1,
VITLE: Protective action of metabolites in radiorosistant plants
SOURCE: Radiobiologiya,~ v- 4,, no. 2. 1964v 279-283
ITOPIC TAGS: metabolite, radioresistant plantp radiosensitive plant#
radioresistant plant extract# barley Boods ionizing radiation,
!reduced radiosensitivity,, Cruoiferae
iAB'STRACT: The present study.investigatos the possibility of intr0-
iduoing metabolites of radiorosistant plants into radiosensitivo plantsI
ito-reduce the effects of ionizing radiation. The first of three ex-
:periments investigates the effects of radioresistant liant extracts
I
Acting on barley seeds for 19 hrs before irradiation Y4000 r) and for!
,19 hrs after irradiation# the second investigates the effects of
,radioresistant plant extracts acting on barley seeds for 24 hrs before
'irradiation (500 r)p and the third investigates the effect of radio-
xesistant plant e#racts acting on barley needs with torn coleorhizas
~for l.hr before irradiation* Survivability, growth, and chromosome
J Card 1/2

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ACCESSIM ITR: AP4038937 -6/0217/64/009/003/0393/0394
AUrHOR: Vaulina
E. N.; Anikeyeva, 1. D.
TITIE: Evaluation of the productivity of Chlorella strains in liquid culture
SOURCE: Biofizika,, v. 9., no- 3,, 1964, 393-394
TOPIC VfrS: ' Chlorella strain, Chlorella productivity~ Chlorella, culturep non
circulating mediun, optimal productivity period, optimal productivity formula,
autospore numbero cell division duration, Chlorella growth coefficient
,ABSTRACT: Growing of these algae in containers with a non-circulating mediun whilo'
.a mixture of C02 and air is blown tl=ugh is a convenient culture method which is
particularly adapted to the selection of strains. This however requires finding
the time of optimal productivity, since productivity decreases rapidly in such a
medium. The following formulas are presented for finding this period,
N = Woeki- (1)
:where No is the number of ce2s at the start, Nt the number of cells at time t; eq
the natural-logarithm; k,a constant depemding upon the properties of the given
organism and culture conditions, called coefficient of rate of growth,
1/3

ACCESSICN NR; AP4038937 k = log Et
t NO
(2)
k t 1 log L'1 x(a-l)_7' (8)
T
la - number of autospores
ix - number of dividing celL,,
'T - duration of cell division cycle
"'he theoretical and experimental results are compared., and it was found that they
iagreed satisfactorily for the 1st and 2nd day of culture where productivity is
!optimal. The values a., T, and k axe useful criteria for selection, and x an -'nA-1-
cator of culture condition. Orig. cat. has 1 table, 8 fomulas, and 1 fio.=.
ASSOCLUICK: Institut biologicherkoy fi.ziki AN SSSR, Moscow (Institute of
:Biophysicap AN SSSR)
ENCL: 00
sumanm.: o4jan63
2/3

A-, YFNF, %I A. I - 11 - . r ti . cf3r.,*: ',A ~- a
r,reiiq !iI,T"'I Ici . I)
I I N P, , v, . N - *. " the productiv"'y Cf C.11
Elvaillatio'o of QLII-v,; tted
~71 1.1 165. ",o".)~'Vfl . I
110.5-1- 11 c~,,rkl) , All, ,
titut. b
1~ Inn ,
Al 9VIS .41, 12 y 19 05 -

VAULDA, H.N.; ANIKEMA, J.D.; SHEVCHENKO, V.A.
i
Effect of 1,4-bi"iazoacethylbutane and Its combination with
ultraviolet rays on Chlorella. Genetika no. 606-W D f65
(MIRA 19t1)
1. Institut biologicheskoy fiziki AN SSSR, Moskva.

twAEYE)~A,_.L.I.; YEGOROV, L.S.; SMIRNOV, L.P.; TSIVIYAN, L.K.
Preliminary results of the field work of the Maymecha Fxpedition,
1959. Inform.biul.NIIGA no.16:42-45 159. (1-URA 15:3)
(Maymecha Valley--Geology)

.17

ANIMEVA, MI.I.; !,URANOV, V.A.
Concentxator. Zav.lab. 31 no.4:513 '65.
18:12)

ANIKEY'Ni,,
or 1"oHl. AN
161 iif,.'! ;W~6-6513 Vir 16r,. WIRA 1.8t4)
1 . 11 : !"' ;), I (I i, e, .

I
P. i , ; , II.F. ; HL, I, , /,'. - ""'t - t "
Informatlon of the Interdepirtmellf"ll W'-
of tho Izv. AN SSSIR. S&r. t~,i f~'. 3() ric,_10:15F-167
0 165- 18.1;1)

ANIXETEVA, N.F.
Some problems of the Pre-Cambrian geology of the Voronezh
Crystalline Shlel& Izv~ AN SSSR. Ser. gool. 28 no.10MT-
120 0 163,, (19RA 16sll)

ANTME7A, N.Y.
Interrelationships of granitoids of the Kar)mralinak intrusion In
central lazakhatan. Trudy IGIM no.271148-159 160.
(MIU 13:7)
(Karkaralinsk region-RockB, Igneous)

T'i
M-1

ANI*KEYEVA, N.F.
Certain characteristics of the formation of the Karkaralinsk intru-
sive complex. Izv. AN SSS11. Ser.geol. 26 no.8:21-)B Ag 161.
(MIRA 14:9)
1. Institut geologii rudnykh mestorozhdeniy, petrografli, mineralo-
gii i geokhimii All SSSR, Moskva.
(Karkaralinsk District--Rocks, Igneous)

-ANIKEYEVA,-N.M., agronom-fitopatolog (Voronezh); RIDER, V.A.
Practices in the extermination of smuts. Zashch. rest. ot vred. i
bol. 6 no.7:18 Jl 161. (AURA 160)
1. Glavnyy agronom po zashchite rasteniy Voronezhskogo oblastnogo
sellskokhozyayatvenno o upravleniya (for Rider).
fVoronezh Province--Smuts)

PIIAr,r I POOR ruv)ITATION ",:)V/5994
Akadamlya naul, Uluminukoy Itintitut mot.,,jjjo',v,j,,j,;tjkj I
13pOtDj,'IVnYIdI nplavov. Sleminar pu zhzirontoykim matt,rIv111-1.
Kiyav, 1960.
Trudy Seminara po zharontoyMm vtzitertnl.,im, i9-21 aprelya 1~-Go C'.
Byi.illeten, no. 6t nvcz-:.r-.tva I m-.0ay %tvklt:~a tus-
oplavICIIJI'floyedinonly (Trans:%ctionn or tho ""IrAnav 01) 11~-'It-
Reniotnnt !Iaterlaln of t1w InlitlitJ? of rowder and
Special Alloyo of the Acadrioiy of Silrncca or uic ul-i-,iinian
SSR. Held 19-21 April, 1~)')O. 111411ntitl no. 0: Clwnicnl Pro-
perties and Mothodu or Rnfr~it~tory Coiq)ound AnnlyDin). Klyov,
Izd-vo AN UlwSSRO lijIbl. 124 p. 1500 Copion printed.
Sponsoring Agencyt Akademiya naitic Ukralnnkoy S3R. Inatitut
metallokeramiki I spetVIRl'nYkh tip1twov.
Editorial Board: 1. 11. Frantsevichl 0. V. Samoonov, Ilesp. Ld.;
I. M. Fedorchenko, V. N. Yeremonko, V. V. Grigorlyeva, and
T. N. Nazarchukj Tech. Ed.z A. A. maLveycliuk.
Card 1/5

Teansactlcliui of tho, SolAnar (c"!It' zsov/~,q(A
PURrO.".9i Thin colluction.of artl~,Ien in lnttnided for chcmintap
engineers, workrlra (it nclt~nt 'Ific i-rwarch lnstltutcz-, and plant
laboratorionp renter stud0lit ~-', ;~') I c! ~JNII'~QAD fit Ch"I'liCal M)d
M0L-nlljjrgIQnl 11~')100111 of 111j)101' V.JLII',~J,J~ 1).
COVERAGE i ArLiclea of tha collecticti pren,~nt tj~e renIXIL8 of
studios of the chemical propertloto cf r-fractory compoundn
(carbides, boridea, nltrAdos, ph-~sj+f-rldea, s1licidea)p ru-
,ind Vh
rractory and rare nintain, , ir n1loyn, and nom--) orlrinnl
methods or analyzing thcon mat~,rialn, whirli nro not; boing
utilized In the new rieldo or enFincering. No person.111tion
are mentioned. Each article Is accompanied by references.
mostly Soviet.
TABLR OF CONTHIMSt
Foreword
Samsonov, 0. V. Refraotory Compounds, Their Properties, Pro-
Card 2/5

Transactions of the Seminar (Cont.) SOV/5994
Golubts6va., R_ B,,,.Rnd Y,#- A. Mashkovich. Study of Metallic
Compounds Formed by the Interaction of a Multicomponent Nickel-
Base Solid Solution With Titanium Carbidd log
Shcherbakov, V. a., an4 N. P. Anikeyeva. Spectral Analysis of
High-Purity Tungsten and-Ro-ry-1-d-en-um 114
Kotlyar, Ye. Ye., and T. N. Nazarchuk. Analysis of High-Tin
Titanium-Tin Alloys 121
Modylevskaya, K. D. Simple Method of Analyzing Titanium-Tin
Alloys 124
Recommendations of the Seminar 126
AVAILABLE: Library of Congress
SUBJECT: Metals and Metallurgy
Card 5/5 DV/w~c/ldc
~/20/62

s/o8i/62/000/004/031/08'(
B1491BI01
AUTHORSt Shcherbakov, V. G., Ani)S_qy_qyij, A. P., Igrnatovn, A. Ya.,
flarala, T. Z.
TITLE: A method of spectral analysis of impurities in metallic
molybdenum oT high purity
PERIODIC.ALt' Referativnyy zhurnal Khimiya, no. 4, 1962, 151, abstract
4D149 Ob. tr. Vaes. n.-i. in-rt tverdykh splavov, no. 3,
1960, 56 - 63)
TEM A method of determining Pb, Sn, Bi, Sb, Cd, As, Ni, Zn, Cu, Fe, Al,
Si, and Mg in molybdenum and molybdenum anhydride was worked out. The
main feature of the method is fractional evaporation of the elements and
excitation of their spectra. Metallic molybdenum is converted into molyb-
denum oxide MoO by heating it In it muffle furnace at 550 - 6000C, the
3
oxide is mixed with powdered carbon in the ratio 411. 130 mg of the mix-
turo are planed in a carbon crucible wi.th a lid. A carbon rod (the re-
ceiver) to fixed at a distance of 2 mm above the crucible. The crucible
Card 1/2

A method of 3pectral ...
S/081/62/000/004/031/087
B149/B101
iv heated in onarc up to 19000C for one minute (60 see expo8ure). This
causes evaporation of the impurities, which are deposited on UP receiver
and are determined afterwards by the usual method with an IIC~-22 (ISP-22).
spectrop.raph. Systematic errore are decreased by the introduction of an i
internal standard of Ge,(GOO 2' 0.155 of the weight of the carbon powder)-i
A version of the method of dbtermining Fe, Al, Si, and Mg only, provides
the choice of the size of the carbons, the type of photoplatea, and the
conditions of photographing the spectra in a d. o. are. [Abstracter's
notes Complete translation
Card 2/2

S/137/61/000/011/118/123
Ao6o/Alol
AUTHORS: Tumanov, V.I., Anik
TITLE: Spectral method of analyzing ammonium molybdate for admixtures
PERIODICAL: Referativnyy zhurnal, Metallurgiya, no. 11, 1961, 10, abstract
11K59- ("Sb. tr. Vses. n.-i. in-t tverdykh splavov", 1960, no-3,
64 - 71)
TEXT: A method has been worked out for the spectral analysis of
(NH4)2McO for admixtures of Ca, Mg, Al, Fe, Si, Mn, Ni, Na in the concentra-
tion r;;~~ (in %): CaO 0.001 - 0.02, Mgo 0.0008 - 0.014J. A120~ o -oo4 - 0.07,
Fe 03 0,008 - 0.05, Ni 0.001 - 0.02, M 0.002 - m4, sio2 O.o - 0.2, NaCl
0.82 - 0.4. The ammonium molybdate is converted into a carbide having very
low volatility. The most convenient form of a compound for the formation of
carbides is Mo anhydride which is obtained by calcining (NH4)2MOO3 at a tem-
perature of 4500C. The analysis is carried out on theMC11-22 (ISP-22) spectro-
graph. The exciter source for the spectrum is a de are obtained from a BAP-33
(VAR-33) mercury rectifier. The current is 5 amps, one uses carbon electrodes
with 6 mm diameter where the upper is turned to a cone with truncated surface
Card 1/2

,S)/700A 1/000/006/0- 5/018
D4 6 "'/'D"'04
AUTHORS', Shchci-bnkov, V. G,. und N . P,
T I TLE S'ectrum analysis Of high-I)L11-: "Y
d en u Tr,
OURC-L - Akademiya nauk Ukrainskoy SSR.
L
S
i s p e t s ia 1 ' n y kh s p lav o v . 6e m 1 na r 1) c zh 3 r cC-'y;i -- m Ila ". e
alam. Kiyev. 1960. Trudy no. 6: Khriii,.-heskiye svcyc--,,-.,a
! metody ana2iza tugoplavkikh soyedineniy, Kiyev, 1,7'1-
vo AN UkrSSR, 1961, 114-120
TEXT: The authors used two methods: 10 The method of fkr-a,--.t'Jonr3!
d-'zltl2iatiori in d.c. arc, and 2) *he method o'LI pliysical ennichme-n-
of the sample by meano of an evaporating appura-us. In the. caae
1',', the first method was used for determininLg tha Fe. Al.~ SI, jkc~'
Mg (,u, Zn, Ni Cr impurities iii WO-i ~ if 21111104, (N 114 7 0 2 4 'and
*a'- The second method, developed by Profes!loi- Mandel. slit am ~ wao
anpli.~d to determining admixtureo of Pb. Sn. Cd, B~, and Sn in
CZ-rd 112

3/700/61/000,/006/075,/0',,'
ly ~3 j.,.- C, f D 2 0 7 /D-~ 04
Full. u[ the procedures are eivp-r,,, In the cf MI. t
! method wa, Cr, T1
ir used for determining N F e A -i
;-r NoO-5, H 2Moo4 and Iqo metj-' by the t3.~ii:ie prc,:edu-c Li,~
T!,e mc-11.1iod was used to determine Pb, Sn. Bi, Cd A-,--. C~;
Zn in MoO7,1 Th-e an a! Ytic a I I ines, , -7oncentr,,i 12' or
I
ULIed ta-rul--ited, There are -3 figures, '3 '.,able---, nid Suviet-
bloc
ASSO~~IATION: Vsesoyuzn,-y iiauchno-issledo-vit,p.~l'.,~zkly
j
dylih splavov (All.-Union
c Hard AI'loys)
C,~
'Ir-~' Z/

S/081/62/000/018/013/059
B144/B186
AUTHORSs Shcherbakov, V. G., Anikeyeya, N. P.
TITLEt Spectrum analysis of high-purity tungsten and molybde num
PERIODICALt Referativnyy zhurnal. Xhimiya, no*. 18, 1962, 122, abstract
18D144 (Byul. In-t me *tallokeram. i spete. splavov AN USSR,
no. 6, 1961t 114 - 120)
TEM The analysis is made by two methodai that of fractional distilla-
tion in a d-c arc to determine Fe, Alt Sit As, Mg, Cut Zn, Nit Cr and that
of driving off the impurities in an evaporator to determine Tit Sbt Bit
Sn, Pb (RZhKhim, 1956, no. 16, 51148). Previously, the metal has been
transformed into the oxide'(WO 3and MoO Niither the dissolution
technique and other procedures nor the reagents used are stated. Th~
anhydride is mixed with carbon dust in a ratio of 4:1 and 100 mg of it is
introduced into the channel (9 am deep and 3.2 mm 1h diameter) of a carbon
electro do. The top 5 mm length of the electrode is reduced to a diameter
of 2.2 mm. The spectra are excited in a d-o are discharge. Initially,
.,the current is regulated to 7 a for 10 see, then the gap islongthened and
Card 1/2

r S166, 62/000/018/013/059
Speotrum analysis Of... B144YB186
the current i~oreased to 15'a for 15 sec. As the W or Mo carbide so
produced does not evaporate$ the resulting spectrum 'contains only the
impurities. The reference ipecimens are obtained * introducing the
elements to be determined into the anhydrides of t:hbir oxides. In order
to determine ~e, Al, Si, and Mg, especially pure electrodes and powder
as well as organic glass mortars are used. The substances are manipulated
in transportable boxes. In the laboratory the humidity is increased;in
order to reduce dust. Plates of differing sensitivities are loaded
together. For the Mo analysis the depth of the channel is reduced to 5 mm
and the amperage is reduced to 10 a (without annealing).. The weighed
batch is increased to 132 mg and the temperature is increased to 20000G,
maintained for 80 see. In the analysis in the evaporator 70 mg of the
substance are introduced into the graphite cup and '2 - 3 weighed batches V/,
are evaporated per carbon ~electrode, the temperature being increased from
1000-to 18000C. The spectrum is excited by an a-c arc (4a). The lines
best detected in the UV spectrum are analyzed by comparing them with the
background. The analysis is exact to within 10-4%. ~Abetracterla notes
Complete translation.]
Card 2/2

,
Agrometeorological conditions for the wintering of grapevines
in the Samarkand region. Trudy TSIP no.72:73-83 15�.
(MIRA 12:1)
(Samarkand Province-Viticulturs) (Frost protection)

ANIKEYEVAY SOPS
Study of the winter hardiness of grape buds. Rbor.rab. WO
no.1:2,33-140 161. (MIRA 15:10)
Uzbekistan-Viticulture)
Plants, Effect of temperature on)
~

MIKEYEVA, S.F.
So= processes in a grapevine imder vaki~uo conditidge of wintering
in Samarkand Province. Trudy Sred.-As. nauch.-isal. gidrometeor.",
inst. no.1205-61 162. OaRk 160)
(Samarkand Province-Viticulture)
(Plants-Frost resistance)