SCIENTIFIC ABSTRACT V.S. CHERNYAK - YU.B. CHERNYAK

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000308610020-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 12, 2000
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

GUBIN, A.I.; KITAYEV, A.M.; CHUDOV, A.S.,
inzh., retsenzent;
CHERNYAK, V.S., inzh., red.
[Welding and soldering thin-walled pipes)
Svarka i palka
tonkostenrykh truboprovodov. Moskva,
Mashinostroenie$
1964. 110 p. (NdRtt 17:7)

KULMHENK01 B.A.; KOCIIEVA, G.N.; MILICHRIKO,
11,1111, V.I-.;
CHMNAK, V.S.., inzh., retsenzent
[Hard facing of metals; a worker's pocket
handbook] Naa lavka
metallov; kanw-ainyi ar-ravoclalk rabochugo.
Moskva, Izd-vo
"Mushinostroerde," 196-14. 130 P. (MIRA 17:7)

BREYRIAN, MA; SHEIMO, L.P.; CHIKUNOV, A.I.9 inzh.,
retsenzent;
RULIBERG, LAj retsenzent; CHERITYAK, V.S., Inzh.,
red.
(Economics, organization and planning of welding
production]
Ekonomika, organizatsiia I planirovanio
svarochnogo proiz-
vodBtva. Moskva, Izd-vo "Mashinostroenie," 1964.
207 p.
(MIRA 17;8)

GLIZMANFIIKO, Dmitriy LIvovich; qjWMAK, V.S.,
nauchn. red.;
MOKRETSOV, A.M,, red.
[Gas welding and cutting of metals] Gazovaia
svarka i
rezka metallov. Izd.4. Moskva, Vysshaia
shkola, 1964.
307 P. (MIRA 18:2)

F-AMILEUGH) Z.Z..; P0,1"E"j, A.B.; CPYWNYAK.. V.S.
Increasing the power of :or"pres5cr-i under
condf-tionz, cf
explcitation, Mish, :1 neft. obor. no-502-35 't5-
~141RA !8:6)
I, Trast lll'romsnergo'~,- Vse-Boyazry~- zaochnyy
inzhererric--:~troittellrwy
ins'It114-
L ,, Moskma., i Nc;-vOoq-bys),--vshiy
~-ief"-eperaraba4,-y-,ra-,rishchiy
za,vod.

ARONDV, M.A.. inzb.; CHXWAK, V.V.. inzb.
Adjuntmont of the PZ-157 remote protection,
Blek.ata. 28 no.12:78-79
D 157. .1. (MIRA 12:3)
(Electric lines)

7_7
161
~.AtT-MI-IM102715
SOURCE CODE: UR/0381/66/000/001/0073/0075
AUTHORI Naumov 6 ;;~Chernyak- V. V.
ORG:~~ Kiev Init a n
-itute-' f:Civil Aviation Engineers (Kiyevskiy institut i zh6nerov
grazhoanskoy aviataii)'',
TITIX., Electroinduction method of checking the depth of surface
hardening on gear
~teeth
SOURCE: Defektoskoptya';:no It- 1966,* 711-75
Th CU C
'TOPIC TAGS: steeli flaw detection, nondestructive test,
electromErgnetic effect,
surface hardening, metal hardening 40Kh steel
:ABSTRACT: The Laboratory'of'the Kiev Institute of Civil Aviation
Engineers, in col.
laboratiodwith the.Krasm EkskLvator Excavator Plant, has developed an
electromag-
netic device for chec~klng~.the depth. of surface hardening on gear
teeth of 40Kh steel
basted on the,relationship~.between the magnetic permeability of gear
material and the..
depth of surface hardening on gear teeth as compared with the
magnetic permeability
of a zontrol specimen (nonhardened gear tooth). The difference
between the magnetic
permeabilities of the tested and,control specimens is converted to
electric voltage
by means of a measuring unit.(Fig. 1) represented by two
differentially connected
toroidal transformers (seneors)
wi th the test specimen connected to.on.e side and.the
Card 1/3 UDC: 620,179,14

846&~
AP6010215
Po ro C an to. the `Other$,~The magnetirtlng windings of the sensors
are powered'
n
Ope
%'with. AC . (6 via a stepdown transfomer. The Magnetizing cur-
rent is 0.3 a.- A distinguishing'feature of this type of toroidal
sensors is their
insensitivIty to the-fringe.,eflect; this dispenses with the need to
position the
sensor exactly at the center o:E the-tooth. The recorder is represented
by a dual
push-pull, amplifierwith a poiAter,tieedle (microammeter, 0-300 ga).
Mounted on the
front panel'of the-deVice. are:-Ithe pointer needle* the "Test" button,
and the
"Sensitivit?, and "AdJuitment 0" levers of the push-pull amplifier. An
oscillograph
scan be connected to the,'device:with the object of observing the
measured voltage
mismatch. The deflection of the pointer needle is the greater the
greater the voltage
mismatch at the sensor~outputs is and, in its turn, the voltage
mismatch is the
greater the deeper~the:hardened -layer on Sear teeth is. Thus the
device's readings
can.be dalibrated directly inmillimetersof depth of surface hardening,
Orig. art.
:has., .3 1 iguresi
SUBICODE.I.~:.13)'- O-V-~I!
2 4/ :iu~m DATE.' 23Sep65/. ORIG REPI.~ 004/
ij- J_. :L
q.
3 /3
Card

JW
3/igo/60/002/OD9/023/023/xx
B004/BO56
AUTHOR: Chernyak, V. Ya.
TITLE: A Modified Device for the Visual Measurement of Light
Scattez~ n Solutions of Polymers or Albuminous Substances
PERIODICAL: Vysokomolekulyarnyye soyedineniya, 1960, Vol. 2, No.
9,
pp. 1419-1425
TEXT: The author describes the new construction of a device
operating
with a Pulfrich photometer for measuring light scatter in
polymer- or
albuminous solutions. The construction is shown in Fig. 1. In I
there is
the mercury lamp 1, whose light falls through the object-glass
aperture
3, by means of light filters 4 which are adjust~le by a rotating
shutter,
and the light stop D into the prismatic cuvette 5, which contains
the
standard solution, thle temperature of which is measured by the
thermometer
TV The light then falls through the window 6 and the rectangular
light
stop D2 into the thermostat 7. This vessel is made from brass
sheets with
blackened surface. The measuring cell with the liquid to be
investigated
Card 1/4

A Modified Device for the Visual 11'easurement
3119016010021009102310231XX
of Light Scatter in Solutions of Polymers or B004/BO56
Albuminous Substances
is placed upon the rubber disk 9, where it is held in position
by the
water-jet pump connected to the connecting piece 10. 11, 12, 13
are the
windows for observing the light scatter and its asymmetry (by
means of the
0
mirror 16) under angles of 45, 90, and 135 .At 15 there are the
in- and
outlet of the thermostat liquid. The cone 14 is hit by the
direot light
beam. From the angles given in the drawing. it follom that
interfering
light effects are avoided. 17, 18 are the windows for the
photometer III.
Stabilization of the Rg-lamp is effected by means of a circuit
using
a CHB-220-0.5 (SNE-220-0-5) voltage-ferro-resonance stabilizer,
regulat-
ing transformer, 1 B%9 (1B5-9) barretters and rheostat. For the
purpose
of calculating the 90 scattering, RW the following equation is
derived:
R90 'Pn 2x. Here, r is the apparatus constant, which is
determined by
calibration, n2 _ the refraction coefficient, x - N*IN is the
ratio of t1v
photometer indication Nl~ for the standard solution, and N for
the investi..
gated solution. The author describes the calibration of the
apparatus by
means of cryoscopic benzene, which has been made available by S.
A.
Pavlovav and gives the measured results for water
Card 2/4

A__'Mojified Device foxy the Visual !'easuremeZt
S/190/60/002/009/o23/023/xX
of L~ght Scatter in Solutions of Polyn-erj or B004/BO56
Albu"inous Substdnces
25 OC 6 6
Rg,,] , - (0.90 + 0.10)-.10- , and carbon tetrachloride,.(5.9 0.4 -10
[
546 mg
.,Expe:~iments.vith y-globulin, furnished by the Moskovskiy NII
epidemiologii,
mikr'O'biologii i gigiyeny (Moscow Scientific Research Inotitute of
Bpi-
d6mi6logy, Microbiolo-ry and Hygiene carried out by N. D. Papush,
revealed
a libear interrelation between light scatter and concentration. The
author
thanks G. Ya. Rozenberg for discussions. There are 4 figures-and 1'1
ref-
eren~ Soviet, 3 US, and 2 German.
ASSOMMON: TsentralInyy institut gematologii i perelivaniya krovi
(C6ntral Scientific Research institute of Hematology and.
Blood Tiansfusion
SUBM~TTED: April 20, 1960
Cardf 3/4

s/igo/60/002/009/023/023/Xx
B004/BO56
Card-'.'4/4

CHERNYAK, V.Ya.; FOLYSHIKAp T.V.
,,, Determining the molecular weight of polyglucin.
ISed. prom. 15 no.8:
39-43 Ag 161. , (MIRA 14:12)
1. TSentralInyy ordena Lenina institut gematologii i
perelivaniya
krovi Ministerstva zdravookhraneniya SWR.
(DEXTRAN)

S/243/62/000/002/001/001
1021/1221
AUTHOR: Polushina, T. V., Chernyak, V. Ya. and Rozenbetg. G. Ya-
TITLE: Production of polyglucine (blood substitute) by the
method of controlled synthesis
Reportl
PERIODICAL: Mcdit%inskiya promyshlennost, SSSR, no. 2, 1962,
15-19
TEXT: Since polyglucine, a fermentation product of Leuconostoc
inesenteroides or dexiratticum cannot be
used as a blood substitute, because of its high molecular
weight, the authors have obtained polyglucine of a
low molecular weight (60000-80000) by way of direct synthesis
with the aid of Leuconostoc inesenteroides
strain Sf-4. The fermentation medium contained: 15 % saccharose
and 1, 1, 5, or 2 % polyglucine with a mo
lecular weight of 15000 to 56000 as primer. Polyglucine with a
molecular weight of 60000-80000 was obtained
by the above method by way of adding to the fermentation medium
2'/ of polyglucine with a molecular %%,eight
/o
of 15000-23000. The yield of the above fraction was from 80 to
90% of all polyglucine synthesized. There
to
are 3 tables.
ASSOCIATION: Tsentral'niy ordena Lenina institut gernatologii i
perclivaniva krovi) (Central Lenin
Institute of Hematology and Blood Transfusion)
SUBMITTED: April 11, 1960
Card I/I

ALEKSEYEV., G.A., prof.; GMSHFUNp L.D.; FISYSMIAN, Ye.V.;
CHM'YAK, V.Ya.
Macroglo-mdin reticulol-ymphomatosis Maldemtro-mls
dismse). Terap.
arkh. no.7tl7-24 JI 162. (RMA 15:8)
1. Iz 3-V kafedry terapii (zav. - chlen-korrespondent AM
SSSR
prof. I.A. Kassirskiy) TSentrallnogo instituta
usovershenstvo-
vaniya vrachey,
(MACROGLOBULIVS)

V.Ya.; MALLER,A.R.; PAPUSH, N.D.;
MOKEMA, R.A.; RUTBERG, R.Alj UEJ~L
SOBOLEVA, Yu.G.; RAKHMAYEVAY V.A.,'XHUTSISliVILI., G.E.
Use of plasmapheresis in macroglobulinemic reticulosis;
Valdenstr8mls
disease. Probl. gemat. i perel. krovi 9 no.12:33-40 D 164
(111RA 18:1)
1. Gematologicheskaya klinika (zav. - prof. M.S. Dalltsin) i
labo-
ratoriya fraktsionirovaniya beaov (zav. - prof. G.
Ya.Rozenberg)
TSentrallnogo ordena Lenina instituta gemn logii i perelivaniya
krovi (direktor - dotsent A. Ye. Kiselev), Moskva.

NANKINA, V.P.; KOFMAN, Ye.B.; CHERNYAK, V,Ya.;
Products of the proteolysis of heawf mer~myosl r
po3!iC. 53ing a-encsl, E,
triphosphatase activity. Biokhijriiia 29
no,3~4?'~-/431 1-t-r-Je 164~,
(m] TI A I ~ - --'. )
1. Institut blologicheskoy fiziki AN 33SR I Jriqtltut
gematol-)?,~,i i
parelivaniya krovi Ministerstva zdravookhramnays
SSSR, Moskvaa

ROZENRERG, G.Ya.; VISSARIONOVA, V.Ya.; MIKHAYIDVA, Yu.M.;
PAIPUSH, ?T
CHERITYAKJ, V.Ya.
Isolation of properdin from bovine blood serum and study of
its
properties. Biul. eksp. biol. i med. 60 no.11:45-48 N 165.
(mipuk 19:a)
1. Laboratoriya fraktsionirovaniya belk-ov krovi (zav. -
prof,
G.Ya. Rozenberg) TSentraltnogo ordena Lenina Instituta
gemato-
logii i perelivaniya krovi (d-irektor dotsent A.Ye. Kiselev)
kafedra infektsionnykh bolezney (zav. prof. Bunin) I Moskov-
skogo ordena Lenina meditsinskogo instituta imeni I.M.
Sechenova.
Submitted October 11, 1963.

TOKAIINVICII, K.N.; CFARNYAK, V.z.
Mqterials on the study of leptoaDiral igurdice. ReDcrt
No.6:
Outbreak of leptoopiral 4audice among dogs in a
Laningrad kennel.
Trudy Len.inat.epid. , m ik-robiol. 9:49-54 147. (mutp.
10:9)
1. Iz laboratorti po izucheniyu leDtospircsor (zav,
K.N.Tokarevic+)
luetituta im Paetera (direktor F.I.Krasnik) i iz hfadry
patologiche-
skoy anatomii Ieningradskogo voterinarnogo instituta
(zriv. - ornf.
V. '17 - Ch e rnyak)
(UNINGRAD-WHILIS DISLASE) (DOGS-DISRASES ~;O PESTS)

CHERNYAY, V. Z.
A. A. Gusev and V. Z. GHERNYAK are co-authors of the article of k--
tturomycosis, acrocosis,) in Horses". (Veterinariva, No. -1, p.
2--.-21)
7 This article also appears in M,'Follection 'Nauchl-Fr&kt.
rabLt..-,-
t" em No. 16315 L. v
volren-vet. Slujibyl. Moscow, 1948, p. 100-102. item No.3, ~`)'C 1
-7
p 4
They also wrote the article "Equine Necrotic Rhinitis" which
appears inhe colIC-ction
'Nauch-Prakt. raboty vpyen-vet. Slu7hbyl~ Floscov, 190, p.
;cr4,ICC-. LTten No. 3-51C 7
SO: Letopis' Zhurnallnylh Statey, l9h8, Unclassified i3FB

CHNIth-YAK V. Z. and DOBIN, M. A.
"On thrombosis of the celiac aorta and its branches during
infectious anemia of horsec.,11
In symposium: Nauch.-prakt. raboty voyen-vet. sluzhby, Moscow,
1948, p. 102-03
SO: U-3850, 16 June 53, (Letopis IZhurrial Inykh Statey, No. 5,
1949).

V. 12,
.UM/NedIcIne - Blood Vessels Noy 48
- Medicine - Anemia, Infectlois
"Method for Determining the Resistance of Blood Vessels
in'Harses With Infectious Anemia," Prof V. Z.
Chernyak, Leningrad Vet Inst, ii pp
"Veterinarlya" No 11
Describes method in detail, with sketch of apparatus
used.

Ch.-,RNYak, V. Z.
23545. C NALIChII FRI !RClJKhC,,MIYGZAKh U
LCS)-JtD:,,.Y
I . - 1~ldy)
0BNARlJZhIVAYel-Mh FRI BRCMALIROY U
CH-1-1-OUKA.
(K --"TIOl,CGlI I PATOGENEZ11
llIKRC;LiRC!IiYhITOV Lr,Sjj :
I AD_y).
SEORRIK NAUCh TRULCV (LUMNGR. VLT. IN-T), VYP.
10,
1949, 0..L39-52.-BIBLIOGR: 23 NAZY.
SO: LETOPIS NO. 31, 1949.

Ch-RNYaN. V. Z.
23544- V-Ja-:II%O4Zh'YY ZCAIhCFIL'RYY
LJUM'.O-ENTj-~YAJ !T U C~-AU.-
SEORLIK i~AUM. TRULOV (1,zldNGR. VA. ILN'-T),
VYP. 10,
1914.9, C153-55
SO: Li~,TCFIS NC- 31, 1949.

KATSNEL'SON Z. S.; CHERNIAK, V. Z.; ROZHNOV, D. 1.
Histological observations on regenerative processes in
the horse
liver following damage by infection. Doklady Akad. nauk
SSSR.
81 no. 3:465-468 21 Nov 1951 (cum 21:3)
1. Presented by Academician K. I. Skryabin 17 October
1951.
2, Leningrad Veterinar7 Institute.

CHZRNYAKS V. Z.., DOBINj M4'b A.j KOKMCHN, P. I.
"Fundamentals of Legal Veterinar7 Inspection'
Moscow-Ieningrad. Sellkhozgiv, 1951
SOURCS: Veterinariya., Jan 1952; Trans # 155

CHERNYAK, V. Z. (Prof.),.and SHAKALOV K.'I: (Prof.),
YAMSK-A L. V. (Prof.),
G~l HTAFOVA U. N., POCHAROV I. A. (Prof.), SINEV A. V.
(Prof.)
Veterinary's Guide Moscow% 1953

CM-2111YAK, V. -7.
"On paratyphoid in dogs", (Professor, Head of the Del-artment
of latholot-lical
Anatomy). Collected Works No. 14, of Leningrad Veterinary
Institute USSl 'llinistry
of AgricUture, P 46, Sellkhozgiz, 1954.

CHAWAK, V.Z.; KUPRITE, O.A.; VLASOVA. L.P.
Infectious hepatitis in dogs. Veterinariia 32
no*4:59-62 Ap 155.
WRA 8:5)
1.Leningradekiy veterinarnyy institut.
(HEPATITIS, INFUTIOUS) (DOGS--DISZA

0 V z
Hemolytic disease in newborn animals. Vatorinarila 33
no.8:85-88
Ag 156. (MUA 9: 9)
1.Leningradskiy veterinarny7 institut,
(Domestic animals--Diseases and pests)(Hemolysis and
hamol7sins)
(Veterinary medicine)

_2.42=44 Ve~lqntin Zakharovich; GOLIDSHTNYR, S.A.,
red.; MOLODTSOVA, N.G.,
."M ~`r`eyT:"'~~r"""L'-'
to a
[Fathoanatomical diagnosis of communicable diseases of
farm
animals] Patologoonatomichasksia diagnostike
infaktsionnykh
zabolevanii sellskokhorlaistvenrykh zhivotnykh, Izd.
2-el
iopr. i dop. Most.-va, Gos. izd-vo sellkhoz. lit-ry
1957. 286 p.
(Communicable diseases in animals) NMA 11:4)
(Veterinary madicine-Miagnosis)

G , OU- ml T RY;li S, I ."i
Ry : G e
PAT2GO, rieral Froblernfi cf Fatholoci.,v o
rilrival Timors
A19,3 , jOUR. : RZhBiol.. No. .9 ~, I
UTHOR : G4rn,
jj-IL4,Y-.Z. 1. G u s1; aN . V .
Len' Ve tz~-
ad 1n,24 itu te.
Of"Caullflo'irer Dl.-eav,e
i-n the Eel.
0? PUB. : 3*n-. rabot.
AS T HA CT : lio Ab-qtract.
CA2D: 1/1

Author : Ohornyrk V.Z.
Inst ;-xoE-GTvm
Title : ~Ivtcrinls on Loukonin in Mmon1s. First
Report. On Loukemir
of Cattle.
Orig Pub : Sb. rebot. Lonnigr. vot. in-tj 1957, vyp.
16, 71-75.
Abstrrct ; No rbstrnct
Orrd -, 1/1
22

KUZNETSOV, G.S., prof., otv. red.; BOCIUROV, I.A.,
prof., red.; VOEM,
G.G., prof.p red.; TSION, R.A., prof., red.;
DFj7ROCHENKO, A.P.,
prof.j, red.; SINEV, A.V., prof., red., FEDOTOV, B.N.,
prof.,
red.; CHEMAK V Z.., prof., red. Prinimali uchastiye:
NIKOWS'
x . , S.N., prof., red.; KMSD,.-, Ye.M., prof., red.;
GUSEV, V.F., dots., red.; KOLABSKIY, N.A., dots., red.
(Papers presented at the Conference on Protozoological
Problems
Dedicated to the 90th Anniversary of the Birth of
Professor V.L.
IAkimov] Sbornik rabot Nauchnoi konferentsii po
protozool,~,gicheskim
problemam, posviashchennaia 90-letiiu so dnia
rozhdeniia professors,
V.L.IAkimova. Leningrad, 1961. 292 p. (MMA 15:6)
1. Nauchnaya konferentsiya po protozoologicheskim
problemam, pos-
vyashchennaya 90-letiyu so dnya rozhdeniya professors.
V.L.'Yakimova.
2. Stavropollskiy sel'skokhozyaystvennyy institut (for
Nikol'Ski-Y).
3. Institut tsitologii Akademii nauk SSSR (for
Kheysin). 4. Lenin-
gradskiy veterinarnyy institu (for Kolabskiy).
(Protozoology-Congresses)

SIMRNYAK,YAI-e r . ~~ DOBIN, Mendell Aronovioh,~
KOKURICHEV,
Pavel Ivanovich; POLYAKON, P.Ya., red.; SAMIOVA,
L.G.,
tokhn. red.
(Legal veterinary expertise] Sudehno-veterinarnaia
ekspertiza.
3., ispr. i dop. izd. Leningrad, Sal2khozizdat,
1963. 254 P.
MRA 16-7)
(Veterinary jurisprudence)

1. CBMiYAK, Ya. 0.,, Eng.
2. USSR (600)
4. Gases - Analysis
7. Rational. organization of gas analysis for boilers. Rab. energ.
2 no. 10, 1952
9. Monthly List of Russian Accessions, Library of Congress,
January -1953. Unclassified.

0 133~WEMIOV, Yevgeniy
~Ioh#-- IOBifOViCh; SVYATITSKAYA.
X.P., vedushchiy red.; POLOSMA. I.S., takhn.red.
Lmaintenance and repair of the equi-pment of petroleum
refineries]
Remont oborudovanlia neftegazopererabatvvaiushchikh zavodov.
Moskva, Gos.nauchno-tekhnAzd-vo neft. i gorno-toplivnoi
lit-ry.
1960. 383 p. (MIRA 13:12)
(Petroleum refineries-Equipment and supplies)

Chernyak.. Yakov Solomonovich
it Oborudovaniya
Neftegazo-Pererabatyirayushchikh
jYa. S. Chernyak and Ye. I Bochenov.
zavodov [PY
Moskva,p Gostoptekhizdat, 1969. - - -
383 pe llluspp Diagra.p Graphs., Tables.
23 cm.
Bibliography: p. 381

LEYBO, Anatoliy Nikanorovich; KHESIN, Emmanuil
Borisovich; CIffJ&YAK.,.
Yakov Solomonovich---SEVASTIYANOV, M.I.; DOVZHUK,
G.T.;
OILANIK, G.Ya., ved. red.; VORDNOVA, 1.1j, tekhn.
red.
[Hpdbook for petroleum refinery mechanics]
Spravochnik me-
khanika neftepererabatyvaiushchego zavoda. Moskva,
Gostop-
tekhizdaLt,, 1963. 801 p. (MI RA 16:7)
(Petroleum-Refining)

USSR/Forestry - /orest Economy. K-4
Abs Jour : Ref Zhur - Biol., No 2, 1958, 5892
Author : Chernyak, Ye.
Inst
Title Reconstruction of Low Value Saplings in Vo1hynia
fvolynl_7
Orig Pub Gorsko stopanstvo, 1957, 13, No 4, 153-155
(Bulgarian)
Abstract No Abstract.
Card 1/1

ACCESSION NR: -4P4042522 S/0109/641009/007/1258/iz6g
AUTHOR: Logunov, L. A.; Rudneva, N. Ks; Chernyak, Ye. B.
TITLE: Inverted diodem
SOURCE: Radiotelchnika i elektronika, v. 9, no. 7, 1964, lZ58-1269
TOPIC TAGS: serniconductor, semiconductor diode, inverted diode,
inverted
diode parameters
ABSTRACT: The parameters of inverted diodes intended for
arnall-signal
detection and pulse-circuit work are considered. Formulas
for*forward and
reverse switching times are developed with the diode inductance
neglected; the
switcMng time of a Ge inverted diode proper is estimated to be 0. 12
nsec. and
i that of the same diode operating in a computer, 0. 22-0. 25 nsec.
The functioning
of an inverted diode, as a detector is analyzed. Formulas for the
current -voltage'
characteristicp the peak current, and the voltage at peak current,
which connect

CHMYAK , Ye. F.
Cand Agr Sci - (disa) "Increase in the productivity of
bogged
pine planting by means of dr#ingge in the Western
Poleslye of
the Ukrainian SSR.1' Khar'kov, 1961. 18 pp; (Ministry
of Agri-
culture Ukrainian SSR, Khar'kov Order of Labor Red
Banner Agr
Inst imeni V. V. Dokuchayev); 200 copies; free; (KL,
7-61 sup,
253)

th') lowrr Te.';- B.-tcin.

TIMMINA, L.V.;,PHXMAK, Te.I.
Brief characteristics of basic soil types in the lower
Takokut Valley
and their agricultural use. Izv. Sib. otd. AN SSSR
no-5:110-122 '58.
(MIRA 11:9)
l,yakutakiy filial AN SSSR.
(Yakokut Valley-Soils)

CHNUM, U.N., Inshener.
_-i,
Iarge blocks in the erection of ore-dumping
transporter bridges.
Strol.prom. 32 no-7:27-31 J1 154. OMU 7:7)
1. ?rest Stallmontash.
(Transporter bridges)

CHERNYAK, Yu.A,.; MARCIMKO, V.A-.; NOnUNSKIY, L.14,,,,
kand.tekhn.nauk
Electromagnetic flowmeter with a standard secondary
ins4mment, Avtom,i.
prib. no.1.56-59 Ja-Mr 163. (MIU 16-3)
l.. Ukrainskiy gosudarstvannyy proyektnyy institut
"Tyazhpromav-tomatikaO
(for CheMsk, Marchenko). 2. Khartkovskiy gosudarBtvennyy
institut
mar i izmeritellnykh priborov (for Korsundkiy), . I
(FlowmteTs)

'M
CHERNYAK, Yu,.A.; MARCHEN' , V.A.
Improved circuit of an electromagnetic flwmeter.
Avtom.
prib. no. 1:53-55 Ja-44r 164. (MIRA 17:5)

ACCEMION Mi, 11500110 S/0302/64/ODC)/004/0043./0042
AUTHOR: Che :!lyp4S. Yu- A-
TITLE: -ElectrgMUnetic flowmeter with a current-type output
SOURCE: Avtomatika i priborostroyeniye, no. 4, 1964, 41-42
ABSTRACT: To eliminate error -introduci ng noise in an
electromagnetic flow
sensor, an ac-dc signal conversion was suggested ("Control, "
July, 1961, pp.
113-115). Based on ti-As principle, a new rne.asuring_oevic,_q
&.1s been developed in
which a transistorized static compensator with a phase-sensitive
synchronous
detector is used for filtrating the useful signal of an
electromagnetic se Sor. The
output d-c signal of the synchrono~Ls detector is converted into
a-c by a ~rans-
former modulator and then compared with tl-.e flow signal by
means of a
compensating transformer. With the measuring device at a distance
of 2 rn or
TOPIC TAGS: flovzmeter, lectromagnetic flowmeter
Cord 112

ASSOCIATION: UGPI "Tvazhpromavtornatika"
-N
-E GL:--00
-SLTB CODE: IE NO REF SOV: 002 0 T I-M R: 001
r-o,d 2 /Z

C!"-itlY.."iK, Yu. 9.
"Generalization of 7 erience Acquired by --linovators at the
Kararanda- Coal
Yp
Beneficiatirm Combine. '-I
report presented at the Conference on Benefication of Useful
~'inerals, spcinsored
I I
by the Learned Couicil of the T~OID, AS 10S."'il,
'?ALikhajh/I~Iarw an cis, 29 '.ov 16
F - )I Lec 10-0.

CPERNYAK, Yu.B.
_'_ ~o57pre ~m plants of the Karagandaugleobogashchenie
Trust
during the seven-year plan period. Ugol' 36 no.9:9-10 S
161.
14-9)
(MIRA
1. Nachallnik proizvodstvenno-tekhnicheskogo otdela tresta
Karagandaugleobogashcheniye.
(Karaganda Basin--Coal preparation plants)

t
Urt)

6.9ooo, 9.ilioo
77 170

CIO
-2-3/26
0 V/109-5
AUTHOR:
.
Chernyak "R
TITLE.
Approximation Method of Calculating
Detection

Characteristico In Multichannel Sy3tems 1-11th

Correlated Noises by Selecting Amplitudes According

to Their
Greatest valt,Qo
PERIODICAL:
Radiotekhnika I elektronika,
1960, Vol 5. Nr 2,

pp 198-205 (USSR)
A~STRACT:
Setting Up the
Problem.* Useful information (the

signal) in multichannel
systems is present in one

or several channels, while xioise
is present in all

channels, which leads to losses. Magnitude
of losses

depends on the number of channels and on how the

method of consolidating them was selected. To detect

a
signal by using the coefficient of probability

involves
complex and impractical operations. The

present article
submits a simple operation widely

used in plotting
multichannel systems, namely, a

method of selecting envelope
amplitudes according
Card l/ 17
to their maximum values. The
presence of a signal is

Approximation Method of Calculating
Detection Characteristics in Multi-
channel Systems With Correlated Noises
by Selecting Amplitudes According to
Their Greatest Values
77770
SOV/109-5-2-3/26
assumed when at least one of the amplitude envelopes
ri, r2 .... rnexceeas Lne Lnresnoia u0. rossioie
errors, as usual, are false detection or omission
of signal. Envelopes at the output from n-channels
are described by the n-dimensional distribution
law: Wns(r.1, r 2*- rn ) If the signal is present,
or Wn( rl., r2 ... rn) if the signal is absent. The2
magnitude of threshold U 0 in relation to noise q
must be so selected that the probability of a false
detecticn or omission should not exceed the given
values PF and (I PD)' It Is evident that:
~. U. (;.
F = I - ~ 1,, (ri, r...... r,,) dr, dr,.
0 0 0
Card 2/17 U. U. U.
PI) =1 - ~ ~... ~ IY, (r,, r~, dr (11.- (2)
0 0 0

Approximation Method 01' CalCL11,'At1r1j1r 77770
Detection Characteristics in Multi- SOV/10975-2-,-J/26
channel Systems With Correlated Noises
by Selecting Amplitudes According to
Their Greatest Values
It is assumed that at the channel Input (with overlap-
ping frequency characteristics and equal transmission
band) white noise Is present. In this case the
envOlopes at the channel output are correlated, and
the distribution of envelopes at the output of each
channel foalows Rayleigh's law, with uniform dis-
persion CT :
W,
(3)
To solve the-problem of signal detection one must:
(1) find threshold U0 for a given PF; (0 U0 being
known, find the relation between P Dand the signal-
to-noise ratio. To solve the first problem, one
Card 3/17 must find the integral of (1). In the case of

Approximation Method of Calculating 77770
Detection Characteristics in Multi- SOVI-109-5-2-3126
channel Systems With Correlated Noises
by Selecting Amplitudes According to
Their Greatest Values
channels with independent noise (1) is reduced to:
0 U041"
However,for correlated noises the integral cannot be
taken even in the simplest case when n = 2. one
must note that, for the latter case, an expansion
of (1) into series is-known:
pv I
Card 4/17 where

Approximation Method of Calculating
Detection Characteristics In Multi-
channel Systems With Coivelated Nol,;es
by Selecting Amplitudes According to
Their Greatest Values
77770
SOV/10975-2-3/26
112
ie- ~ i
For small values of P F series (0) converges slowly,
and a greater number of terms must be considered.
The solution of the second part of the problem
amounts to the caloalation 'of (2) when Uo is known.
However, the calculation of (2) can be simplified
substantially. The method consit3ts In consolidation
of the channels by selecting the channel with the
greatest magnitude of the eiivelope amplitude. This
channel (with a negligible error P D > 0-5) is the
one containing the oignal. It amounts to a problem
Card
5/ 17 of detectlng a aignal In a one-channel system with

Approximation Method of Calculating 7771-0
Detection Characteristics In Multl- SOV/109-51-2-3/26
channel Systems With Correlated Nolses
by Selecting Amplitudes According to
Their Greatest Values
a known threahold U,
(7)
where
r v
(-P - (8)
Till
with s = amplitude of signal. In the present work,
the author finds an asymptotic expression for P F
< 10-2 when n = 2, and analyzes an approximation
method for calculating the probability of false
alarm In a multichannel system. (2) Asymptotic
Card 6/17 F,-Pression for Integral IDio-Dimensional
Distribution

Approximation Method of Calculating 77770
Detection Characteristics in multi- SOV/109-5-2-3/26
.channel Systems With Correlated Noises
by Selecting Amplitudes According to
Their GreatestValues
of Panplitudes. For a two-channel system, Eq. (1) is
reduced to:
U. 11,
(ri, r2) drjdr2,
where W2 (r.,, r2) is given by (4). At the same time,
P (rt. or r2 > r'0)= P (r, >If(,) + 11 (r, > Un) - P (r, &
r. "> Uo), (10)
Following a series of operations and substitutions,
the following asymptotic expression for P F is
obtainedi
Card 7/ 17

Approximation Method of Calculating 77770
Detection Characteristics In Multi- SO'1/109-5-2-3/26
channel Systems With Correlated Noises
by Selecting Amplitudes According to
Their Greatest Values
Pr 2 - Lt-PII - erf
which Is valid whpn two condItlons are complied
(20)
which is usually the case. A comparison of the
probability of a spurious signal PF calculated
according to (19), with exact values PT found fr;,.-,
F
(9) by numerical calculation, Is shown in a4ablu.
The error of (19) does not exceed 0.5% when
Card 8/17 ', 0.5. Figure 1 shows a diagram
>,, 3.0 andp,>

j~ I ,coll Inz L 1. lul I
v /J 0 li
-I
of probablilt.1co ot' alavm~; 1,
F
-0
to 10 whill 1.0, '11.1 ot~dculai--L-6
"Icc-ordlill, t,(:) Pvonj thi! lat-Acr-, all
collclu'.:,lon call b(! Illade . With a In
magnitucle of a fah;e alarm, the Influunce of nc)j.-.;c,
correlatlon decreasu~,, too.

Card 10/ 17 Fig. 1. So(,- Caption ol" Card 11/17

ApproxJ.matlon Plethod of Calculating 77770
Detection Characteristics in Multl- SOV/109-5-2-3/?_6
channel Systems With Correlated Nolscn
by Selecting Amplitudes According to
Their Greatest Values
Caption to Fig. 1.
Fig. 1. Probability of false alarm in a two-channel
system for various ccefficients of correlation.
To evaluate the inf-luence of noise correlation at
different levels of a false alarm, the author
considers relationst
1, 1, F0,
cx:.= (21)
for
0 X),
Card 11/17

Approximation Method of Calculating
Detection Characteristics in Multi-
channel Systems With Correlated Noises
by Selecting Amplitudes According to
Their Greatest Values
77770
SOV/109-5-2-3/26
where quantity CL car, be considered as a relative
correction resultinE; from noise correlation.
Comparing (21) and (.22), the following expression
is obtained:
=I+p I - erl (23)
1, jfP 20+0
which is valid under conditions (20) (P:;: 0, CL =
Figure 2 shows on a double logarithmic scale the
dependence of CL on the magnitude of probability
false alarm in each channeli
0).
of
2
P e -/3/2
Card 12/ 17 0

77770
SOVI/109-5-2-3/26
a

----777
F

17-

.

!

02
-

ON:

-INS

00i

003

002
-

ml

/01 10'J Aq'* t9 J ill" 10-7 10 1 1)-' Ig-W /0- V 11
Fi C, 2 . inriuence of correlation at v.-,ious levels
of falsc alarm.
Card 13/ 17

Approximation Method of Calculating 77770
Detection Characteristics in Multi- SOV/3-09-5-2-3/26
channel Systems With Correlated Noises
by Selecting Amplitudes According to
Their Greatest Values
(3) Multichannel System. Assuming that there are
n chann,els with correlated nolse, the authors find
an expresslon for P F:
Pir ~ P (A, or. A, or or A~... or Aj. (24~
according to known rule of the theory of probability:
J)F~ P (A, or .42...,ar Aj ~Sj-S2+S-,,-.+S- (2.5 IV
where
Card 14/ 17

Approximation Method of Calculating
Detection Charac'eristics in Multi-
channel Systems With Correlated-Noises
by Selecting'Amplitudes According to
Their Greatest Values
S, P (A,);
11 n
S. '%' N' (A,vtA,,),
41 zi
n it ?I
..........
77770
SO-VI109-5 -2 ----,)/26
i < k;
< k <
.......
S~ ~- P(Aig. A~ A,,).
In cases when nonadjacent channels are not too strongly
correlated, the probability of a triple coincidence
is P(AJ. and t and A Neglecting a triple
coincidence, we have:
Card 15/17

Approximation Method of Calculating 77770
Detection Characteristics in Multi- SOV/109-5-2-3/26
channel Systems With Correlated Noises
by Selecting Amplitudes According to
Their Greatest Values
itn
pp~_-Ilp'-~~ I P(Aj~.~.Ak), i>I,.
and that the envelope a physical meaning, The
val, at, Uw Ill.tol. output J.~
determIned by the typo and the MaxInium
detuning of' frequency Wvilth respect, to the re.,~onai.,-
Card llp2 w 0 or tl-Z 17,11tei'':

Detection of a Signal of Unkno-.,m Fi-e-,q-Lienr,, 77949
and Arbitrary Initial Phase in the Presence SOV/109-5-3-3/26
of White Noise
(3)
q
where q2 _ peak ratio signal-to-noloe In absence of
0
mistuning.; RA -envelope at filter output for
maximum detuning ,\ w= w -w 0 ; R0 - envelope at
output for A ci = 0. Over the covered range of
B cps n filters are used. Then the detuning.of
adjacent filters:
A
0)
but the maximum possible signal frequency detuning is:
AG) = A = ~11.
Card 5/22 2 1, (5)

Detection of a Signal of Urdcnown Frequency 77949
and Arbitrary Initial Phase in the Presence SOV/109-5-3-3/26
of White Noise
A. Optimum filter. Pul~,o characterio-tic Is-,
h (t) = u. (T - t) je), (T - t) - Yj,
(6)
where W - a certain fixed value of signal frequeney-
0
For this filter:
q~ (7)
0 YO
For a detunIng of carrier frequency with relation
to (ij0 the output voltage is:
Tj
2R ~ cos (wt + T) cos ((,)0t + (p,) dt = RA (T) cos
T
0
Card 6/22 The square of the enivelope, ratio 13:

Detection of a Signal of Unknown Frequency 77949
and Arbitrary Initial Phase In the Presence
SOV/109-5-3-3/2-6
of White Noise
8 Bill IVT
B. Filter with a resonance type of frequency
characteristic. Has a transmission coefficient:
K(iw)= -
Card 7/22
where W./27T is filter resonance frequency;-2-Q/2 W
Is full bandwidth of 3db level The filter bandwidth
S-lis to be so selected that q is maxiinum. The
optimum
!a0 1,257 (13)
7.

Detection of a Signal of Unknown Frequency 77949
and Arbitrary Initial Phase in the Presence
SOV/109-5-3-3/26
of White Noise
here M
q - 0. 8 L (m)
0 No'
BT
R. (T)
1 + (2,5
-i-2. LO
C. Rectangular filter. Transmission coefficient
K (im) e-f((J-Ca,) I, f- I w - ('10 1