SCIENTIFIC ABSTRACT KOSHKIN, N.I. - KOSHKIN, V.G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000825110016-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

GORBUNOV, M.A.; KOSMIN, N.I.
Ultrasound absorption in the transition region liquid -
polycrystalline benzene, Prim, ulltraakust. k isel. veshch.
no.13:241-250 161. (MIRA 16:6)
(Benzene-Acoustic properties)
(Absorption of sound)

WOES
S/058/63/000/001/110/120'
A062/A101
AUTHORS: Gorbunov, M. A., Derkovskly, M. M., Koshkinj N. I.,
Experimental study of acoustical properties of human blood in..,
V1
view of cancer diagnosis.
PIMIODICAL:, Beforativnyy zhurnal, Fizika, no. 1, 1963, 71, abstract 1Zh422
(In collection: "Primenfiniye ulltra&kugt. k issled. veshchestva",
no. 16, Moscow, 1962, 19' - 197)
TEXT: Systematic studies of blood have allowed to establish 4 relation
between a number of its physico-chemi,.,al properties and aertain pathological
states of the organism. In the reporbed work -an attempt is made- to determine
the change of the acoustical properties ot blood (velocity v and 'coefficient of
absorption) in cancer diseases. There was studied a newly.prepared serum, ob-
tained by centrifugation of blood at a temperature of 40C during 20 min. at.
200 revolutions/min. The volume of the sUdied substance was 10 cm~. The meas-
urements were carried out by a phase-pulse method, the measurement accuracy of
v was 0.3%,the frequency - 5.45 Mels. There was studied blood of the group A(II)
Card 1/2

S/058/63/000/001/110/120
Experimental study of ... A06P/A1O1
of a donor and of a patient having stomach cancer with no revealed metastases.
With a view to get a precise definitiaa of the character of the disease, blood
serums were additionally studied after X-ray irradiation by a dose of 50,000
roentgen. It was found that In all cases in,the 20 - 820C temperature *range v
increases linearly with the tomperature Ancrease, the rate of increase falling
after 420C, which is related. to the change of the albuminous blood structures.
.In the donorts blood serumS Is laTRer -then in the blood serum of the 'sick. At
280C the velocity dif f ere-nce avi - 10 v/sec. for a non-irradiated serum, and
Lv2 = 14 m/sec. for an ItTaalatea. serms. At 700C Avi - - 20 m/sec and ~ &2 -
- 18 m/sec. The donor's bloa serum has a temperature coefficient greater.by
0.4 m1sec. degree for the non-irradiated serum and by 0.2 mlaeo. degree for the
irradiated one. The temperature of thIckening T, of the donor's blood serum is
higher than that of the patient T 2- For a non-irradiated serum Tl-- 82DC,
T2 = 720C; for an irradiated serum T, = 720C, T2 = 680C. A conclusion is made
on the possibility of diagnosing variais diseases, particularly cancer de'seases,
by the method of ultrasonic studies of albuminous.systems. There are 11 ref-
erences. 1. Kanevs1dY
[Abstracter's note; Complete translation]
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GORBUNOV, M.A.; KOSHKIN N.I ; NCiZDREV, V.F.; SHELOPUT, D.V.
Use of ultra-acoustic methods in studying organic substances
in the liquid ~ polyerystal transition region. Ukr. fiz. zhur.
7 no.8:89&-90~ S 162. (MIRA 16:1)
1. M6skovskiy oblastroy lmdagogicheakiy institut im. N.K.Krupskay.
(Absorption of sound) (Organic matter)

KOSHKIN, N.I.; SHEDOPUT, D.V. 'N%
.4
Accoustic and dielectric losses In the melting region of benzene.
Prim.ul'traakust.k Issl.veshch. no.1601-95 162.
(MM 16:4)
(Benzene--Acoustic properties) (dielectric loss)

KOSHKIN, N.I.; SHELOPUT, D.V.
Ultrasound qhsorption in the melting region of polyorystalline
paraffin. Prim.uIltraakust.k isslaeshch. no.1607-99 162.
(KIM 16:4)
(Paraffins--~Acoustic properties) (Ultrasonic waves)

GORBUNOV, M.A.; DERKOVSKIY, M.M.; I-WRKIN, N.I.
Experimental study of the acoustic properties of human blood
for the purpose of diagnosing cancer. Prim.ulltraakust.k isel.
veshch. no.16sigi-196 162. (KIRA 16:4)
(BLOOD.-ACOUSTIC PRCFERTIES) (CANCER-DIAGNOSIS)

SHEWPUT, D.V.; EOSRKIN N.I.
Frequency dependence of iLltrasound absorption in the melting
region of benzene. Prim, ulltraakust. k Issl. vesbch. no.15:
61-68 161. (M]Eh 16:8)
(Benzene-I.coustic properties)

!ACCESSION NR: AR4032185 S/0058/64/000/OQ2/HO55/HO55
!'SOURCE: Ref. zh. Piz., Abs. M342
AUTHORS: Nevskiy, Yu. Ye.; Kosbk:Ln, N. I:.
TITLE: -Effect of nonlinear waveform distortion on the accuracy with
which absorption of ultrasonic waves of infinitesimal amplitude is
measured
f
CITED SOURCE: Sb. Primeneniye ul"traakust. k issled. veshche'stva.
M.,"vy*p. 17, 1963, 185-193
TOPIC TAGS: ultrasound absorptionmeasurement, nonlinear distbrtion,l
absorption coefficient, first harmonic coefficient,' benzene, toluol,.;'
I distilled water, absorption measurement accuracy, radiator voltage
effect
TRANSLATION: It is noted that Zarembo and Krasillnikov (RZhPiz,

ACCESSION NR: AR4032185
1960, No. 11, 31050) analyzed the influence of nonlinear distortion
,on the accuracy of absorption measurement only for methods based
Ion the determination of intensity. In the present paper are analyze&
I the errors occurring in measurements of the absorption coefficient
!of the first harmonic. -For this purpose, a pulsed method with a
ituned receiver is used to measure at different frequencies (6.0--10.6'
jMc/sec) the dependende of this coefficient on the radiator voltage
amplitude (up to -200 V); such meai3urements were made in distilled
water, ethyl alcohol,,,toluol, and benzene. The experimental results
i
jare-in good agreement"with the cali."ulations of Keck and Beyer (RZh-
Fiz; 1960, No. 12, 33880); these calculations are used to determine
the maximum amplitude at-which absorption can be'measured. L.
lZarembo.
IDATE ACQ: 3lMar64 SUB CODE: PH ENCL: 00
. . . ... .....
i Card- I

KOSHKIN. Nikolay Ivanovich; SHIRKEVICH, Miklmil Grigorlyevich;
~R'Y-DN~IK,V. ~.v
[Handbook on elementary physics] Syx,avocbnik po elementar-
noi fizike. Moskvav Naukap .1~965. 24.6 p. (MIRA 18:8)

L 320,01-66 _?
ACC N%% 1, k)-. )Z5. C' 00 1. 1, 1
U
AU'!'HCM: i~oohl:iri, 14. 1Gorbunov, M. A. DIMAI.iyeva' 11'. it.
TITIS: 11-We2t.14pation of acoustic propp_:rtie4f 3) ol~y me r rsli by a pulse method
SOILRICE. 11cf. :,.h. FiziRa, Abs. 11ZI1435
REF SOUilCE: Sb. Primeneniye ul'traaku5t. k issled. veshchestva. Vyp. 20, M., 1~64,
47-53
!~OFIC TAGS: ultrasound absorption, acoustic speed, epoxy plastic, rubber, butyl
rubber, acoustic measurement, thermostat ) AX0A-,C7'Y
ABSTRACT: '.Che speed and absorption of ultrasound were measured at frequencies 500 kcs.
- 10 Mcs in the following polymer materials: pojy~ ~ylme~thacrylate) compounds bas;ed
on epo~,W resin or the product of COT)013rme 14utylmethacrylatc7with dimethyl-
+60C. A block
acrylate-triethyline 'Tlycol aM~PMWWWIVUV e range -
e ITTI - ratur
diagram of the pulse apparatugM7M)i. The speed measurement was based on the re-
lative displacement of the first half-vave on the oscilloscope screen for two samples
made of the same material but having different lengths. In determining the absorptioni
the amplitudes of the first half-wave vere compared after passage through samples of
different lengths of the given material. The method of multiple reflections was also
'used. A schematic diagram of the measuring chanfber is presented. 7he entire system
was iranersed in a Dewar vessel filled with a liquid which did not react with the in-
vestigated polymer. To obtain low temperatures, refrigerating apparatus was used in
t
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L 32991-66
ACC NRi ;,R6o16271
conjunction with an ultrathermostat of the "Vobzer" type (accuracy 0.05C). Curves
showing the dependence of a, and of the ultrasound velocity on the temperature at 830
and 980 kcs and at 2 14cs were obtained.. The temperature at which the temperature co-
efficients of the velocity change, exhibit no reciprocal proportionality to the tem-
perature within the limits of experimental nccuracy (1~) in the interval 800 kcs - 2
4- 1 10
Mes. The ul-Grasound speed In rubber decreases rapidly in the interva -40,_ c,
while the absorption in the region -30 - 20C passes through a maximum (transition from
the highly-elastic into the glasa-like state). At higher frequencies, the absorption
maximum shifts toward lower temperatures. 1. rfikolayeva. (Translation of abstract)
SUB CODE: 20
2/2

L 36103-M -9WT(m)/T/E6i'Xt)/HTI 'IJP('o,'i JD/GD
ACC NRz AT6013178 SOURCE CODE: URIOOOO161100010001002110031
&THORS: K shkinp N. I.; Obrazteavp V. I.; Yakovlev, V. P.
none
T-;T1,?,: Continuous trasonio method for cleansing Zicrowire
AURC.*U': 1.10sco-W. l1astnoy pedagoi;icheBkiy institut. Primeneniye ulstraakustiki k
i:.:-.1odovnniyu veshchestva, no. 14 1961t 21-31
.%-;,ITC "AGS: fine wire, fine wire technoloMr, in3ulated wire, ultrasonic cleaninis~
nkSTRACT: A continuous ultrasonio method for cleansing microwires is presented. The 1
t1thod was developed by the LaborUtOl-y of Uoleaular Acoustics MOPI imeni N. K.
I._i,_ipr-'Wa ~Laboratoriya of the Moscow
Transmission Cables Industry. A schematic of the experimental installation is pre- i
obtained with a frequency of 700-1000 kilo cles and
pu,,vv u~..cnditure of 2-4 w/cm2. The experimental results are tabulated (see Table
1). The use of common organic solvents as the working liquid was quite satisfactory
and in some cases,,when the level of natural oils on the surface of the wires was
relatively low,-ordinary tap water could be used as the working liquid.
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L 36103-66
ACC NR. AT6013178
Average niupbcr of point defects in the
No. insulation of a '15-m s pecimen

of roe without with
ultrzin-ound ultrasound
1 5.000

2 0,726
3 IZ210 0.230.
4 25.000 ..0.500
5, Z 12D O.OOD.
.6. 1.470 .0,600
7 3,763 . 0.367'.
8 0,433 0.133,
Each reel had 800-1000 m wire
Table 1. Results of determination of point def ects of enameled
constantan wire of' 0-15 mm diameter.
Orig. art. has: 2 tables and 5 figures.
LSSUB CODE: 14, 13,,RqSUBMDATES 22Apr6i
2/2

L 32992-66
ACC NR. AR6016272 SOURCE CODE:
MI/0058/65/000/011/hOL13 H063
AUTdOR: Sbelonut, D. V.; -Koshkin. H.-
i TITLE: influence of polyerystalline structure on acoustic absorptfbn~-Ii~lhe re&o
of mounting,- of molecular polycrystals
SOU11CE: Ref. zh. Fizika, Abs- l1Zh436
REF WLTECE; Sb- Primeneniye ulltraalcust. k issled. veshchestva. Vyp. 20. M., 1964,
55-59
TOPIC TAGS: ultrasound absorption, melting point, organic crystal, grain structure,
single crystal growing, relaxation process, resonance absorption 9 -eL9ee~',Yr,94
12 4~Ae -- ~-,V,_~ Z/
ABS'.OW-,CT: An experimental investigation was made of the absorption of ultrasound
near the melting point of different polycrystalline structures of benzendland
were obtained on the frequency dependence of m/f in polycrystallifie
0.04, and 0.07 mm at +4C. It is estab-
700, average grain dimensions 0.02, 0.03,
- lished that the dimension of the average diameter of the grain determines the position
I of the maximum of Mlf, its width, and its absolute value. A study was made of the
I influence of the intergrain boundaries on the absorption in the region of melting of
benzene single crystals. The process of growing of single crystals of benzene in a
refrigerator and its processing by fusion is described in detail. The size of the
grain has different effects on the absorption in benzene and in paraffin: with in-
creasing grain, the maximum of a-If shifts toward the higher frequencies in benzene,
Card

L 32992-66
ACC NR: A136,016272
and toward the low frequencies in paraffin. The maximum absorption in paraffin is the
same for 0.01 an", 0-02 mu-ii irains; in benzene it decreases with Increasing grain dimen-
sions. i~he plicnomena connected with the viscous behavior of the grain
boundaries wec,, exper !mentally in polycrystalline metals at high temperatures
in a wide raii!,,-! of 11,,_,.~yacncies (from several cps to tens of kcs). Experimental data
are presented on tAie !~~bsorption of ultrasound in polycrystalline paraffin near the
melting po-'rAt, io-,d the curve calculated from the ordinary relaxation theory. The plot
shows result,; of weasii-ranents of two different polycryntalline structures (D = 0.01
and 0.02 rs,) 50 and 52C. The results agree satisfactorily. A similar comparison
of the exii-ve and of the experimental data for benzene discloses a dis-
crepanc,- ~o the resonant mechanism of absorption in the region of melting of poly-
crystal,_~.,.-:e bclivene. Allowance for the resonance phenomena permits a better explana-
tion of tl;e experimental curve. I. Nikolayeva. , (Translation of abstract]
SbB COD--,--: ~O
Card

AR I- SOURCE CODEt UR/0058/65/0OO/bl2/AOiO/AO10
TITI
AuTHoRs Koshk:ino N. I.,; Dobromyslov. No A*
r2
TITLEt measurement of ultrasonic-wave velocity and absorption
(laboratory study) TM
SOURCE: Ref, zh, Fizika, Abs. 12A96
REF SOURCE: Uch, zap, Moak, ob.1, ped, in-ta, v. 147, 1964, 10T-111
TOPIC TAGS: ultrasonic wave velocity, ultrasonic wave absorptions
ultrasonio.wave propagation,, j9e04f'#ar1