SCIENTIFIC ABSTRACT YERMILOV, A.S. - YERMILOV, N.K.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001962810013-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: April 3, 2001
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

LEVCHENE.Op D.N.; YEP14IWV,, A.S.; TEPLYKII, G.A.; VOLDBUYEV, N.K.
Use of ultrasound for deemulsifying stable petroleum emulsions.
Prim. ul0traakust. k issl. veshch. no.14:337-343 .'61. (MM 14:121
(Ultrasonic waves-Industrial, applications) (Emulsions)

XCC M,-AT601'1184 (N) souRa com: uft/bO00/61/boo/boo/0337/0343
AUTHORSs Levc:henko,, Do No; Yermilov, A. So; Teplykhm Go A.; VolobuM, No K& 13
4.
ORG: none V
TITLE: Application of ultrasound in do-em3laification of stable oil emulsions it
SOURCEt MosccwL icheakiy institut. Primenemiye ul'traakustiki k
_Qk1astnoy p!sdagog
issledova2w --14 '1
no. c,
veshchestva
TOPIC TAGSs ultraaoundq emulsionp ultrasonic equipment, ultraponia petroleum puri-
f1cation, ultrasonic vibration emitter, barium titanato / OP-10 de-omulsirier,
VNII NP-58 de-amdaifler, KS-59 do-exulsifler
AWTRACTs De-wmilsif~cation by means of ultrasound was studied on stable, aged,
oil-vater emul3ions from traps and storehouses of the tWao74'refinerieq, Throe
"ultrasound generators 13.2 and 0.6 kilowatt capacities) and IvIbrators (magnetostri?-
0 3
-Uve., bariurt titanatep flat,, and focuning) were employed in;the study. The degree
of do-emulsification was determined as a function of the hoi~ht of the sonicated
emulsion layer,, sonication timej, and ultrasound field intensity. It was established
that the investigated emulsions can bo destroyed when treated with ultrasound with
a -frequency of 20-750 kHz, The do-emulsifiaation dogroo inoroose6 with Increaood
ultrasound field intensity and time of treatment# and deareauos with increased eM4-
sion layer. The sound frequency In inversely proportional to the optimal thicknoaq
co,d 1/2

a-* i It I It III Iff It I. I I I If It I I h 'JI I 1~ I !1111 H III HIIIIIII21111fill I
L 42209-66
r ACC NRi AT60133.84
of the destroyed emulaione The most promising vibrators are barium titanate pipes
and hydrodym.azoic vibrators used in conjunotion. with do-emulsiflera OP-IOVVNII 11P.?
and KS-59.//OrJ.g. art. has: 2 tables and 8 figures,
SUB CODEs 072, 20p n/ SUBM DATEt 22Apr6l
cwd 2/2 af

11 -
MMUN, Aol'of gwWy insb*; ZAGCRUrXO, G.K., gurmyy insh.
jbpj.tWo 9f sdvmag jx strlpping operations at the Ufaley
opon-pit sizes. Cor. Shur. no. l2tl9-22 D 165o (KIRA M12)
1. Ufaleyoldy nilml*M kmblut,

PRIKHODIM, V.V.-J, gornyy inzh,; MMLCV; A.V.,, gormyy inab.
Dratage of the Iske Cher deposit with water level
n.dubtion wells. Gar. shw. nc,,~7*2.3-2,4 JI 161
(MIAL 15z2)
ill$ 19falapkiy nWlwff urode
(Chamo" laks'~Won-Aine dminage)

MELOVO A.V.
low data an the stratigrapby of Lowr Parnipm wrins sedlzants
in the oouthwestorn part of the Charmyshav RidgeITrudy Inst.geol.
I=i fil, AN SSSR no,2sZ?-31 162, (MIRA 150)
(Owraymbey Mdp-41eology, Strm4graphi*)
(Chormrgw,v Rido-D"p-sea dapa*Lts)

My H.V.; 131TADZE., M.A.j YERMILOV, DJ.1 MELIp A.Iq KUSMIEVp
A,]',; LAZMI N.P.; I-TIAVIMO D.)4*1 BONDAMj PvD*# kande
telft, nauk, naucbnyy red.I'OSEM.L.M.p red.iod-vs; RWIO?TMAjVJ-'.g
telehn. red. -
(Erection of foundations under perafrost cor4itiots; from
practice used in the Norilsk regiou]Vozvedenio fundwwntov v
usloviiakh vachnomemly1th gruntovj iz opyta llorillmkogo raiona.
Moakvaj Goootroiizdatp 1962. 53 p. (MMA 150)
1. Russia (1917- R.S.F.S.R.)Kraamyaralcly okonordebeekiy ad-
miniArp-tiviWy rayon, Sovat narodnogo khozyayotva.
(Foundations) (Norillsk-Pro2en ground)

UNnIMMIMUMINIMM11 MUMNA gnu
12' 40
ILI
Ir fill
it,
Ir I
It'll;

YEP, m iLov /
,11: rep" bit Cams"" of Us 1"i raft"tift W Astmilt
cost",, AS-9 Jill 1%0, Mmm, OWL
-4 Meow, a.
mmu-M. 1: 1; cola mooksm rw
"$-MUM
or WSJ" Of bodme3MIL"I
UIWAMlk A. A. -MM
of W.,i. Z'Vomy ad -mossuftflla.
ftout poem "Wa 0,
awning Smalkiftel

pun I BM ON WV/"
Toronovs Montt, ArMd17vv1ch,, A. R. OU-buzovs, B. L. Termiloy,, N. B.
lastlyeii,,q 11. 0. Nornitenkop G. N.. 8okoloy ~ Yang W--Weng
Talfrovy saWLogi dlya sistem aftomtIchadkolp opmvlenlya; tolfrovyye
Z%snostn317e anLusatory (Ugital Amlogs for Automatic Control Sptems;
DigilallAfftrentlal Analyzers)- Nbeem, lud-vo AN SM, 1960. 195
Irrats, xUp lnnrt"- 7,,000 coP"s printed.
ftawrim AwneYs Akademlyz nauk BM Institut elekt khaniki.
Rd.: A. A. Vbrmav,, Doctor or ftchnical, Belencesl Md. or ftbushing House:
1. V. Bukvskly; Tech. Id.; V. T. Bodiever.
P~4 Ibis book Is Intended to acqmIxt, scientific aad tecbnlcal person-
=1 vith thei latest develo;ments In tJw field or cospaters.
NS T ss st f tm &V Au,,,p.A 16 AA4w'aj
CO~~s Digital diff~zentlal, analyser-3 an a relatively new davel nt
in the field[ of compirters and an not yet well elaborated theoretically.
Sam of the newest development* in combining universal digital machines

n4tal Anslapt for Automatic (Caut.) SOV/50%
with noull iar Interpolatorap such an the Ferranti interpolator, are as
yet unknm, to Soviet riteders. While the Soviet literature contains several
works describing the principles of construction and operation or dir-
ferential WxUjzers intended for operation as computers, the main emphasis
in this bodk In on general methods of synthesizing those machines which are
Intended to work as system of automatic control, and also on problems of
accuracy in operation. At present digital analogs are used mostly for pro-
grommed control of metalvorking machines, where several operations, such as
preparing dLts, for control,, feeding them Into the computer, the computing
process,, and the process of contro3# an Involved. The book investigates
only the ecoputing units of the control system. The authors state that the
error of iategration can be reduced by increasing the number of columns
of multidigit numbers In the addend registers or by transition to more ac-
cumtes tbaum more complies algorithm of approAmate integratioq.
Howeverp tkey find that this coup'l-tes the sy*Umj aud ouggest a MeShod
which pend,te _a4mlifying the system while maintaining its accuracy; that is,,
proceeding from difference, Instead of differential, equations. k digital
analog ban)d on-such principles sbxnald be called a digital "difference"
analyzer 1xistead of wd-ifferentialm analyzer. fte book discusses problems

Digital Analogs for Automtic (Coot.) SOV/5094
of syntbesis and analysis of both difference and differential equAtions.
" to m&we errore, NA simplify the arrunpuent of such computers an
indicated. In book attoWts to present certain theoretical develop-
unto In this field and as a first attempt does not claim to give a full
solution of the problem. It also Inclules saw general information on
systems of caWutatlon and on their basic units and presents examples of
difference muLlMrs developed at UW Institute of 1140tv ~ P chanics,
AB UM. raw Introduction, We. 1-6 and 8 of Ch. Mj Ch. IV, pars.
1 MA 4 of Ch. V,, *rA Vars. 3 and 4 of Ch. V111 van written by A. A.
Vorciov; pars * 1 and 2 of Ch. V111 by A. R. Oarbuzovj Ch. I 'by B. L.
yervilldvi W. 7 of Ch. M end Appendix I by N. B. Zpatlyev; Ch. 11
by G. 0. Kornhen1w; wA (b. V1 by 0. N. Nbkolov,, all coworkers of the
Institade of Mictranchmalcoij, M UM. Pars. -2 and 3 of Cfi- V were
written by Yjutg ;MI-Tftng,, covorlor of the AcsftvW of Sciences, Chinese
Foople's JkpAblIc,, and Chapter V11 was written jointly by A# A. Voronov
and B. L. Yarmilov. So personalities *Am mentioned. 2here are 76
references: 39 &mlet (including 1 In French and 1 translation) and 37
Xngliab.
C`Lrt-9&

04

'
JOY
Ji 4 z ,
1'. J.
E t
P4 ja; u
H
24
2
kn.
p
Iva 3 v .3.. 1
It

3112116110001009101610V
C71 -) mo AOO4/A1O4
AUTHOR: Yormilov, B. L.
TITLE: Digital analogs
PERIODICAL: Roferativnyy shurnal, Mashinostroyonlyo, no. 9, 1961, 19, abatract
91)135 ("Sb. rapot po vopr. slektromakhan. In-t elektromekhn.
a sm", 196o, no. 4, ~202-213)
TEM 11; in pointed out that digital analogs oombi~ae the high.,precision
of digital computors with the rapid action of mathematical models and-are, above
all, employed im,carrying out individual mathematical operations. They are
digital analogs of computers of continuous action. Theyare characterized by
the fact that the preparation for the solution of the problem is carried out by
methods used In continuous-action computers Instead of digital cioding methods.
The rating of errors is affected by digital methods. The author analyzes the
execution of iin operation of raising to a square a variable magnitude with
numerical pulne :representation and monotonic character of its variations, and
&113o the extraction of square and cubic roots. For the noAmonotonic variation
of variable mWItudes reversible counters are used which register the Increment
Card 1/2

$/123/61/=/009/016/027".
Digital analogs A004/AL04
signs, the absolute magnitude of which is traxtamitted over several chwmela or
on one channel but in different ways. The author enumerates tho fields of
application of (Ligital 4naloga. i
0. Flidlider
[Abstractor's note: Complete translation]
Card 2/2

27918 1 .
0 1 loll 3/194/01/000/004/010/0-52
I1000 ait-0 D249/D~02
AUTHOR: Yermilov, B.L.
TITLE: Some types of functional digitizers
PERIODICAL. Referativnyy zhurnal. Avtomatika i radioelektronika,
no. 4, 1961, 21, abstract 4 B159 (V ab. Teoriya i
primeneniye, diskretn. avtomat. sistem, M., AN SSSR,
19601 339-351)
TEM- Program control of milling machines is considered. The con-
trol device consists of the pulse generator, adder and variable div-
ision-ratio pialse count divider. A description is given of the
squaring--and.-square roota-extraction devices, the latter consisting
of a pulse getieratorg two counters-with their gating circuits, delay
line, etc. The contr2l device is set for obtailaing functions of the
type y - a2 - (a - x) . The reversible polarity counter takes into
account the sign of the increments of the variables. By replacing
one of the adders.with the subtracter, relations of.the type
Card 1/2

li;9478
S 4 61/000/004/010/052
,JX302
Some types.of functional digitizers D249
y - V_a_77 can be obtained. More complex functions can be simu-
lated by combining in succession the devices described, e.g. the
successive connection of the squaring and square-root extracting
devices DrOduces the solution to the equation of the circle,
w ~r -
y ~r_ x1d.. 13 f es. 6 references. f Abstracter's note:
'tjur
Complete t1l7arLglation
Card 2/2

1~e 'Coad S/044/61/000/008/039/039
C111/C333
AUTHORt Yermilov, B. L.
TITLE: Digital analogoues
PERIODICALi Referativnyy zhurnal, Matematika, no. 8, 1961, 50-51,
abstract 8V305.("Sb. rabot po vopr. elektromekhan. In-t
olektromekhan. AN SSSR", 1960, vyP 4, 202-213)
TEXTs It is mentioned that a high velocity ana exactnotio of the
calculatione in demanded for the application of computing muchinen
in systems of automatic control, In the last years, digital analogues
of the continuoualy operating computing instruments are developed,
whereby the representation of the variables with the aid of pulse
count and code pulse is used. The non-linear functional transformations
are realized. in the digital analogues on the basis of methods of nume-
rical integration. The author considers a number of digital analogues
for operations;t a digital analogues for the qua~rature o~ the variable
x(t); an analogue realizinr, the operation y - a - (a-X) ; a digital
analogue for extracting the square root, an analogue for extracting
the cubic root., Furthermore, the principle of the union of operational
digital analogues for the performance of complicated function opera-
Card 1/2

3/044/61/000/008/039/039
Digital analogues C111 C333
tions is considered. The author directs to the good chances for the
use of digital analogues in automatic control systems in practice, 41,x-
among tnem for program controls for metal shearing workbenches. 18
Abstracterfe notes Complete translation.]
E
Card 2/2

31014
B/573/61/000/005/004/023
D201/D305
AUTHORS: Yermilovt_~BL,.~ and Radchenkog A,N.
TITM 'Digital analogues using shift registers with
logic feedback
SOURCE: Akademiya nauk SSSR. Institut elektromekhaniki.
Sbornik rabot po voprosam elektromekhaniki. no. 5t
Moscowq 1961. Avtomatizatsiyat telemekhanizatsiya
i pribftostroyeniyep 39 - 53
TEXT: In the present articlet the method is considered of synthe-
sizing digital analogVes whichp being slow in their operation, per-
mit a decrease substantiallyp in the power consumption and their
overall dimensions and an increase somewhat in th-oir reliability.
For the comploWg unit it is proposed using a shift register with
feedback logico The input of the computing bloc consists of shift
pulsest its capacity being determined 'by the logic structure of
the feedback. A register with feedback may perform integration and
other operations by means of a unitary code; thus the necessary re-
Card 1/4 %

S/ 3 1/UOO/005/004/023
57
Digital analogues using shift -as D2011DA305
quirement in digital analogues with logic feedback is the transfor-
mation of a ring code into a unitary one. The baeliX computing unit
consists of two manitypes of registers with logic feedback as shown
in Figo I A wad Be In circuit A the feedback is formed by the lo-
gic of PA = aT + ad,
and in that of circuit B by
% - ib + e7b(c + d).
The register B is the reverse of Av with a period of 15# The two
registers are connected together to form the basic elemont of a di-
gital analogue. The first takes the role of an integratorp produc-
ing data in a ring code, the second - acts as a d1ocodert transform-
ing the ring code into the unitary one. Squaring and taking of the
square roots aro discussed wlt~ the example of reproducing the runo-
tion z = x2 for squaring and z - x = 0 for -the squar* root. Their
solution lead to the bloc diagrams of Fig. 4a and 09 uoing the
same register circuits ELO sholm in Fig. 1 with delay lines between
Card 2/4

'1024
3/573/61/000/005/004/023
Digital analol; es using shift ... D201/D305
V
the stages. The maximum value of the input variable is,stated to
M + I
be xmax