SCIENTIFIC ABSTRACT IOFFE, A.I. - IOFFE, B.G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000618620013-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 10, 2001
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

-10M, A6.1o, starshly nanchn.votradnik; TSIMIN, J6N.,, OIT'red.
[Automatic voltage regulators for generators'otei4tral electrie
power plants of lumbering enterprises] r Avtoiaticb~askoe regulira-
vanie napriashealis gei;srotorov us tsaAtr*I'n*h alektrichookikh
stantaftakh looosagotovitollnykh predprilatil. TS*ntr. naMobsio-
Isal, in-t mekhanizatell i anerg. lasnoi promyshl., 1958.6 59 13P.
(WIRA -12:2)
1, SONIJUM ~Ior ~oTfs)e
(*oltage regulators) (liectric power plants-Squipwat and supplies)

30307
S/115/61/ooo/008/002/009
E194/Elig
AUTHOR:
TITLE: Problems in the design of instruments With'elastic
sensitive elements
PERIODICAL: lzmeritellnaya tekhnika, no.8, 1961, 9-13:
TEXT: The present work deals with instrument design without
systematic error because accurate and not approximate relationships
are used. It also considers improvements in overall accuracy
resulting from the use of a sensitive element with non-linear
characteristics. The output signal of the equipn4nt ica a function
of the pressure applied to the pick-up but the presxure_xensitive
element of the pick-up itself has a pressure response~icharacteris-
tic and it is first shown that the shape of this characteristic
governs the accuracy of the instrument as a whole. To this end'
error expressions are derived for sensitive elements,vlth linear,
logarithmic and exponential characteristics. When this has been
done, then sensitive elements which give the 'minimum error in
particular cases can be selected. A numerical example is given
for an instrument measuring the Mach number, M, b-y an.aarometric
Card 1/ 2

30307
Problems in the design of instruments... S/115/61/0oo/006/002/00g..
Z194/E119.!~
method, M can be expressed as a function of ths';Tati6 of the
static and dynamic pressures, e.g. graphically. Three m~ethods of
finding M are then possible: 1) by determining,the static and'
dynainic pressures and finding their ratio (linear method); 2) by
measuring the logarithms of the pressures and working from the
difference,, 3) by using an exponential equivalent to ihe relation-
ship between M and the static and dynamic pressures and
determining convenient and appropriate functions of the:static and
dynamic pressures. Error equations are given for th%se cases and
it is shown that the error in determining M depeAs upon the
pressure law transmitted by the pick-up. It is shown that at*low
pressures the error of M is greater in linear pick-up* than
logarithmic. It is also concluded that in designing instruments to
measure M over a wide range of static and dynamic pressures the
pick-up should have logarithmic characteristics whereas,for low
altitudes (high dynamic and static pressures) the linear elements
should be linear. The suitability of exponential pick-up
characteristics must be determined separately in each particular
Case. There are 5 figures, I table and 3 Soviet-bloc references.
Card 2/2

-MVIORS: loffe, A.I. and, Cherkasov, Yd.P.
TITIZ A semiconductor transducer for convexttirg a cotttitj-
uausly varying voltagje into, an Ott-of~ o-,jectric
nal
Pr
nim
W-650-
--- -------
TUT: A short dedcrLption'Of 4 coi~t*~ ieso-' 460 SO
transistor o
-circuit which transforms an. a.,
rcu, con ta 4=vt
d.c. signai The a it.,- 6f __ 4 i d, ijcouj)~~ed pomp4q gitt
AVY it * VOI f e7b
ary pair oFtrarzistors with he
goal I
the accond (collector of the first) transistor, the Uttor
grounded collector connection. Since the au~ply-of the gecond tt~anlll~
nistor is through a diode, from a source having ' the r.=e frer,~Iency
as the input signal, the arrangement is phase-setlGitive, the heavy
positive feedback producing an on-off operation of the pair. 71wre
are 3 figures.
C ard

VIM
IOFFE,, A.I.
Basic reqx4remente for the drive of the feeding wahanism
of frame,9-Mox's Irudy VSNIPILesdrev no.713-16 163.
(KRA 170)
1. Nachal,44t.-laboratorii aytonatizataii Vostoehno-
Sibirsk-a"*O*"n'~:&'~u.~~b-iseledovatellskogo i proyOktnogo
i
,
nst shpy i derevoobrabatyvayushchey proqrshlennosti.
w-A
.1;,. ~ i T,~l:
64

ACC&95ION NR: AP4044725 6/0207/60OW/004/0106/0123
AUTHORS i ioffe (14oncov)l Haugol#zW'kh, X. A, (Mosco4); Royp X, A, (Moscow)
TITLEt On the initial stage of an electric discharge In water
SOURCE: Zhurnal prikladnoy mekhaniki i tekhnicheekor 'Cizikip no,* 40 3.964, 104-W
TOPIC TAGSt electric discharge# ionized gas, heat transfer# dissociated poi
discharge column, gas pressure, plasma conductivity
ADSTRACTi The process of an electric discharge column spr6,adint in water was A
discussed analytically for small spreading rates and zero mgnetio forces. ~ A.
f small dR/At (~-:column radius)
theoretical model is constructed an the basis o
ff
assumption yhich leads to linear acoustic approximations that satisfy Lap4wef
equation AP= 0 and the linearized Euler momentum equation, This in turn leads
to an expression for the pressure around the discharge colvmm given by
IP PO
-PO
v Dissociative heat transfer in a thin layer. arcund'.
th discharge column is considered to be the primary source of'overE7 lose$ and
fore a Plans geometry and constant mass flow rate the temperature distribution
Card .1/2

AGCMIOM NRs AP4W725
R.P
Analpis shows this
is described by the equation WS
xr
transition layer to be of the order of 10-5 cm. The temperature vithin the:
column is determined using conduction-diffusion equation ulth Saba's equilibrium
ionization oxpresoion for temperature estimteo not exceading 150000. A man :: 4
adiabatic cooffloiont 'ria determined for water in the 9000-160000 temperature,' 1'f,
range and 500 to 2000 atm range (V'= 1.21)) and from an enargy.balance equation 1
an expression is derived for column expansion rate u given by
U4 (in
2V Radius versus time and discharge Potential
Iversus tkiie curves are calculated wing. experimentaI4 determined column ridiii
'This is done by means of photographing the discharge. WThe authors thank S. Ll
helpful discussions#" Orig, art# hass 16 forwAas and 6 figures,
Braginskiy for
ASSOCIATION: none
SUBMITftDt Man% ENCLt;~ 00
SOVI 005
UB CODEs HE 005,
.,GP NO PJWI OTHER
LS7
.'Card

IOF
V.M., nauchnyy sotrudnik; HUM, Ya.A., naucb-W
sotrudnik
System of the automatic control of log frame sawa~ Trudy
VSNIPILesdrev no.8:1-13 163. .(MIRjI I&II)
1. Nuchallnik laboratorii elektrotekhnIki I avtomatAd
Vostochno-Sibirskogo nauchno-iss)edovatel'skogo i proyektnogo
instituta, lesnoy i derevoobrabatyvayushchey promy.-hlenrosti
(for loffe), 2. laborariya elektao-tekhnikil avtomatiki
Vostochno-Sibirskogo nauchno-iseledovatellskogo i. proye'ktnogo~
institute, lesnoy i derevoobrabatyvayuslichey promystilennosti
(for Slinkov., Kungs).

IOFFE, A.I.j UV-RSYJY, A.A,; GAVELYA, V.V.
Fast method for measuring the moisture contAint of granular
nitrogen-phosphorue-potassitun fertilizera. Zav.],qb. 31
no,10:2212-1213 165, (MIRA 19CL)
1, GosudarstvenMy nauchno-iosledovatol'skiy i proTektW
institut azotnoy promyshlonnosti i produktoy organicheskogo
sinteza, Dnepredzerzhinskiy filial,

ACC NRi AP7003254
W
AUTHOR: - Toff",.Z.-AM06cow)
-I. J
sonct cos: UR/1)207/661000/00610069/0072--
ORG: Institute of Acoustic@, AN 88SR (Akusticheekly in-t AN SSSR),
TITLE: A contribution to the theory of the initial stage of electrical dischargOt in
water
SOURCE: Zhurnal prikladnoy mekhaniki i tekhnichaskoy firiki, no. 6, 1966#,69-72
TOPIC TAGS: electric discharge, electric circuit, circuit design
ABSTRACT: Experiments an electrical discharge in water demonstrate that such vari-
ables as electrical current in the circuit, voltage, channel radius, discharge radius,
pressure in the compression pulse, as well as the change in these variables in time
may apparently be defined in terms of four given parameters, i.e., Initial voltage on
capacitor V09 inductance, L, of the discharge loop, capacitancer C, of charging'
capacitor: and length, 1, of interelectrode space. in order to describe behavlori of
discharge in time, an attempt is made to construct a systemlof equations which must
also include variables characterizing the electrical discharge circuit and those re-
ferring to the discharge channel formed by breakthrough. Solution of the system,
should show the time dependence of the variables which are. of inteTest* The .
author considers the electrical discharge circuit to be an irdinary oncillatoiry loop
with given L and C, but with loop resistance entirely determined by the discharge
_Car1d-l/2______

.-I-ACC-NR--A.P7003254 - -- ----
I I

L 34869!-66 blg (d)/Elg (v)/W k)
A C C N Mi - A'PV6 Jf 4 ~ 2 5 SOURCE CODE: WUNTM-51676076 -n70-6,5._1_00_63_
(A)
AUTHOR: loffe, A. I.
L_
ORG: none
TITLE: Remote -adjustable contactless device for signa1ing a specified Movement
SOURCE: lzrneritellnavatekhnika, no. 11, 1965, 62-63
productiod engineering,
TOPIC TAGS: As!1naling device, contactless sigaling device , amplifier designi
electric relay, e ectronic circuit electronic a gnal, remote control
ABSTRACT: A device (see figurel for signaling the completion 6f a specified
mechanical. (small) movement is described.
Two identical differeati al transfo rme r-type
motion transducers 1. and 2 conn: cted In
e
Y4 W, opposition feed an amplifier-rela.y. The
W,
IW%t armature 3 pos t on depends onit, e
measurand. The armature 4 position is
preset. At a definiti point of armature 3
W, I
movement, the relay: operates ajid s nds
off a signal. These characteristics of an
experimental model are claimt& I diad
Ila I
zone, 5 with input vol'tage up to 10:nm and
2.060,531.71
Cord- 1/2 UDC: 681.

111111MINI ISO
_4111M, A.I.
Auto=tlon of the ohange In the gradient of aaws in a sav rmme.
tni~f VSHIPILeadmv no,10323-26 164,
(MIRA '181 ib)
1, Nachallnik laboratorii avtwatild,Vostochno-61bi:rokogo,
nauchno-iseledovateltakogo I proyektnogo instituta. lasnay I
derevoobrabatyvayuBhehey pron7shlennostio

(A) L 8499-ff .3JT(m)/WP(J)'_
SOURCE C=E#: 09
ACC NR a AP50284T9
kid
4UTHMSi LarLtint Is ~~G I Grovimt Lo 0.1 Ntr~mi' V. 'D. v 04 War
ye '77,,
Do
ORG i none
1ITM A Kethod for obtaining rubberso 01W 39v No. ITS
':SMCZt Byulleten' izobretenly L tovarnyM Emkove no, ZQ1:11,Yb5iP~
Itum
'TOPIC TAGSt rubbers lozonep antioxCUMutt cer1s1nj',::VamCMi str, AT
antt3zonant mixture
in
ABSTRACTi This Author Certificate presimis & method: for ~ob A blubber by Y.
:ing a "xlike antiozonant.6 To inoresse the resiitancO of !r i6ber; W ~i
Coat 91 X a
AF, consisting or na 1 cerisin (30-70 Wt parts) "athet d. cc LOLUi (20-5 1 i
parts), paraffin (40-10 wt parts), and petrolst='(104: wt is msed thd:
,waxlike antiozonant, 11ixture AF my be applied. togetbor vi Cal anti~*,Ccg4ts.;
;so CODE: 071 11/ SM UTEj 113*962
110c1 678-TM41
66 P&
!Card 1/1

IOM, A.L., insh.
Practical methods for re-squipying clothing ZRatoriess
Shveip. prom. uo*4:19-20 A-Ag 159. (IM 1392)
LGosudarstmW nauohno-tekhoichoshy kor4t*t Holdookor, S$R# XI-
shinev.
(Clothing Indumtry-3quipment and sunlles):

IOFF3, A.L. (Kishinev)
Centralization of the repairing of clothing in qUipdpnt
inMoldavia. Shveineprom., no*6*035-36 N-D '62!"(=ck5s12),
(Moldavia-Industrial equipment-41aintenanco, and;ropair)

out- j j
A L-c-
004
04
go
so
.3
woo
o**
0 0 0 0 6 9 4 0 0 0 0 i 0 i 67 f t- ita of
40 *-a-*- - # 0 0 0 * 40 0*

U 21~ If "V
1 -4
I a L
-00
. ...... oil
hikove and AiNflow
12, 437-W947).-The dcla. 91 &OAthinur MS11) hi
pwe
bad of Wqod d W.A. $3. T3.W-11 itfvrt ae"wi,
IatbtIwcwncv4tt*ev~,
tcw, It* 4sitidatift of (101 by Ike 0 4 IN $It IN
catTyTted. owl low asudytical valat we oMAkmi. 1%0
sn"bad Is poisdit V wevor"t tno lbe We
reankut in Thurib"y int tubes tried with It or "i
fr04"WhM Amid be rankil knot at 00 jutt sq;~ to Obi

It.

0

o

COO

ties
too
-cit.
aw
U Is A, 11 Ili iii, ifir, 'A tiresome, IV Tw .a a w '1w a 0 A a
2 0 *
0 9 $ 0:0 fit
*Tag 9 0 so 000 S 0 0 go 0:0

TOll-TE, A. L.
OBLoqpMeals of Mutathlona In &jr4dvIM AnIml Tleatimsolt A. To. aftw"WO
Mwwt4)w&j A. L. Olffes, Lab of CMa of Nitrogen comorsimt t"t of' Blal madOL ~wv
Awd Ned Set USM, MOSCOWj 6 pp
mmawde vol mij, so 1.
abow that Surviving PLOD" of souss kidney In vitro form slutathilmo,"ry raplas uwwr
serable conditions. After 24w parlod, I s or t1sme idU prodwoo flan I to 5 xkg of

FA W49"56
~ 1-1 - -- - - - - - , - - -- ---7: -- - - - .1 1 L

00-06 Ogg* 00,0-0 0
N A
i ~t,~C'Or
C Pr
also
the biamysilbsols of Slolathia" by anlawl dasuva. 4. A. .00
M-lit"Ittkuwa 4*1 14, 'f4-,h%
110111). d. wam1w. "Imill" C.A. 37, 1.11f!.Sil
eA11 1-0 11111fli.
Lord (I" 11Ilf4IIk$'. m W Its Ow %Vill 114.4, 1'.,, 41111.11 flik.0- 11111'
'i
1#11wr rmIll"Mcfall IrJult cv414-horowl sit, tit lov 1.41 1 kf
111411Y
ak-M. The Alplimum IM ii Awmatut IA. A% ii t1tv cA,4, witli
alsilaink- acki. *lot
silts
zoo
too
iL
8 IM a anp!.i- use
Aftooit ~44 ... ... a%. dot mill
OA
u : AV Ip It Olt a, 11
09 00 0 0
0 0 o
IN 0 A iZ1 *0 0 0:
A-KAJU

1OFi4h, A.L., kand. tekhn. naii1c; IV.G., k.and. trJ:i-n. xoadr
InduBtrial rural construction using new boarda on a bane of plant
materials. Sbor. inform. soob. IRIIINSM no.14:?-14 162.
(141M 18; 3)
1. Vsesoyuznyv nauchno-Issledovatellskiy insti-tut novykh stroiiell-
nykh materialov Akademil strottall-tva i arldiflektury SSSR (for Ioffe).
2. Nauchno-isiledovatellskiy inatitut sQllskar
,jo stroitel'stva. (for
Zezin).

IOFFE, A.L.; WITRIYEVA, G,A.
Coating hard fiberboard with paper plastic. Der. prom. 14 no.1:7,-S
Ja 165. (MIRA 18:4)
1. Voesoyuznyy nauchno-issledovatellokiy irotitut novykh
stroitelInykh materialove

IOFFE, A.L.; DMTRIYEVA, G.A.
Reducing the loss of fiber in the mamifacture of fiterbo&rds. Der.
prom. 14 no.4t26 Ap t65. (MIRA M5)
1. V.Qesoyuznyy nauchno-issledovatel'Aly Institut novkh stroiteilnykh
materialov.

OTLIVANCHIKp A.N.; IOFFE, A.L.; DMITRIYEVA, G.A.
Yireproofing of-wood fiberboards. Der. prom. 15 no.1:8-10
Ja 166. (MIRA 19:1)

IOFF8; A
BLTUKRNTALI, R.M.-, GIRICH. A.I.; GONCnEf. A.1r.; GUSNA, T.F.;AfaTKOU.
L.A.;4077Z, A.M.; KUL1149, P.D.; LVINA, L,X.; ORKWO P.AO;
PAPMSKITt T.V,; RUMBOTO AA; *SAMBONOT, N;A.; tij4moy, 1.10;
USIZVOT. I.M. I IPAYS, D.P.; SHIMN.'D..L.; KOWTXWV,: Fauilly
Ivanovich, red.'; SWATITSIATA, K.P.,'Yedushch~y red,4 THOP110Y.
A.V., tekhn.red.
(Squipwmt for the potialodin Industry] Ksitipp6s oboriudovanis.
Volw