SCIENTIFIC ABSTRACT USPENSKIY, M.S. - USPENSKIY, P.F.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001858210016-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: April 3, 2001
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

AUTHOR- U 6_40 ~/j
J!~-ierisk~y-- U.S. , Candidate of Technical. Sciennezn
TITLE: lea-s-d-r-e-a-a-g-a-Inst the Corrosion of Geodatioal Centers and B-~ar--'ag
Poin+s ~xery bor-by s korroziyey geodezicheskikdi t3entrov i
r,iperov)
PERIODICAL: Geodeziya i Kar+.ografiya,, 1957, Nr 10- PP 30 33 (U3SR)
ABSTRACT: First, it is pointea out that metal corro3ion attains its ma.,d
if the moisture conTlent of the soil. is betvvven 12 and TIx
opinion that corrosion increases rapidly with an inzrva3t of
moisture is vn.-cng. Metal corrosion can occur in the soil or-ly if
the "Latter contains a moisrure (even a small quantity) that i3 ar,
el.aczx~olyte. A hig.11 degree of corrosion occum in .--I.ay- amd black
earths- V-.e degree of salt content is not always characterist-ic
of the promotion of corrosion by the soil., Only the preserx~! .-.f
chloride and s%ilphates of -ralts is a sure sign of the promotic-n
of corro3ion.. For the determinat:.on of the prcperties of the soil
with respect te the promotion of c,.)rrosior. electrcmetrical methods
are employ#.-~J. The bipole device is described ani rhe new uni-
rersal
. corrosion measuring de-rice UKIP:-.56,. which 2s based upon a
complicated fouroole scheme, is ment,-oned. Series producTion -f
this device will begin in. 1958. It 3-3 pro-rided wit's a 60 V
battery and is available in form of a portable case. In ttie
secon3 part of the paper the methodg enmloyed for the proteczion
Card 1/2 of metal are describea. -1.) Electrop7o-tection.~ a) ~a~node pr--.
I

6-0 4/1.-,
Measures againat the Corroiion of Geodeti,.~a7. &r.3 Bez-r~n-
Pointa
tection, 'b) protector-protection. an independent anode uvAr e of a
zino- or magiesium alloys (3-urabil-`y of up to 20 years, prIc -:6
Roubles 1-20.-.
2.) Metal coating, mainly bitumen insulation. T!-,e5-. coa~ing-i
(bitumen) are, however, dtz;troyed by baoTer-a of it-,e so-il.. as e.g.
in Turkmenia, where this is the case with-in 3-4- y~rar3 (Mioro
biological corro--ion). The same is tha case in boggy districts.
Coatings of insulating paint are no sure protection fox metal.
Good results are obtained by cement- and ccmorete coaiings arAl
asbesto3-cemenl. tubes have a hi&. 6egre,4 of resisti-rity &gains"
water. Filled with concrete, they can be used with good su~:-.es:
for geodetical centers and bearing points. Standard types hav-z
already been worked out in order to be used in-he Southern parts
of the USSR,
AVAILABLE: Library of Congress
Card 2/2

AU1;L]*,1C) ~i: n 1 i t r - f) h n i c a 1 6-
ziurvey Networks in
TITL',,: Establishment of Control ?oints in/Forei6m Countries (0
~akreplenii punktov opornykh geodezicheskikli setey v
zarubezhny1rh . sIxemaldi)
Knrto,,,v,-f;:~a, 1051, -r 2, T)p. 45-52 ~71-:-"Z)
A33TRACT: A qurv --~Iw:in 'q1.--.--i oC Cv! con,,I.ructio,i o~,' markers in
Gern-anl,,,, Czechoslovf`~i--, Pol!,n~, Tl,,,11,,, C-i-ri.-i-,
1 0 '10, 1
the USL. In .'estern %rone th:-~
deep, in Ger-v-sny for in:7tincf! it r): il,!
-rietors. 'Oct frequ..)rIllf tri:! I -! r:() , -t
for this -jurno3e. i1sunl.l%- 'Ao., indicated by
mounds or trenches, and thus the markers are often lost. There
are 9 fi--ures and 11 Of -A-ii-c1i
1. Mapping-Control systems 2. Geodetic markers
Card 1/1

0 ~, 1, Al's,
AUTHORS: Scientific Collaborators of the TaIIIJIGAiK: 6-56-L~-14/ia
Yurkina, M.I., Yeremeyev, V.F., Fedosov, F.I.,
Uspenskiy, M.S. ..Meshchanskiy, F.L.
TITLE: Letter to the Editor (Pis'mo v redaktsiyu)
PERIODICAL: Geodeziya i Kartografiya, 1958, Nr 1+, pp. 66-66 (USSR)
ABSTRACT: It is pointed out that different tables published for the same
quantities, which differ only by the distribution of the material,
by the reduction of the number of figures of tabulated Am un~s,
and by the modification of the intervals between them are being
published by various persons who describe themselves as authors
and claim authors' rights. It is demanded that this state of
affairs be ended and that in no case these persons, who merely
carry out some modifications of existing tables, be allowed to
01aim authorshipo The oalculation of tables must be
entrusted to the care of organizations, so that the costs of
editions would be reduced.
AVAILABLE: Library of Congress
Card 1/1 1. Tables- Material distributice

AUTHOR: Uspemskiy, M.S. , Canlidate of Technical Sciences 6-58-5-5/17
TITLE: Cons tructions of Fixed Points and Markings for the Southerr and
Central Zone3 ol! the Country (Konstruktsii tsentrov i rep-5rov
dlya yuzhnoy i sredney zon atrany)
PERIODICAL: Geodeziya i Karlografiya, 1958, Nr 5, pp. 23-29 (USSR)
ABSTRACT: On the strength of investigations carried out by TsNIIGAiK it nas
found that if annual precipitation in southern and central parts
of the domin in which the soil freezes in certain seasons doea
not exceed 3OO-1jOO mm and ground water is not deeper than 3-4 M,
swelling, even I'M loamy soils, which are more easily liable to
swell than others, is insignificant and exercises hardly any effect
on markings. It vas further f ound that loesa soils (in noaely the
entire Ukraine and south of the central black-earth area3) haL-7 e
a low moisture content (not more than 9-11%) independent of at-nos-
pheric precipitation, and lo not swell either. - It was thus pos'-
sible to separate a v1da zone in the southern parts of the USai,
where the effect produced upon markings by the swelling of the
soil citused by frost is either insignificant or non-axistant. The
Card 1/2 northern border of this zone extends a little to the North of

Constructions of Fixed Points and Markings for the 6-58-5-5/17
Southern and Central Zones of the Country
Kiyev, to Kuybyshev, from where it continues along the northern
border of Kazakhotanoln the southern zone it is advisable not to
use metal markirigs, but only constructions of concrete and re-
inforced concreti.- of the same type both for fixed points and for
markings. Marld.q~s ar-.,i held in their proper position by mian-i of
anchor-pylons which are desoribed and have a oross section of
15x15 om and a Ieng-th of 1.3 to 2 m. and more. Directions ar.-i giv-
en erith respect -to casting, production, calculation of strength,
and transportation of these anohor-pylozis. In addition to the.
southern zone a-L-jo the central zone can be separated, It.4 north-
ern border extewls in tha European part of the USSR apprc-cima-bily
along the 60. pa~mllel of latitude, in Siberia a little ro&..h of
the Sverdlovsk4lavosibirak rallroad line. As the effect prL>Jt.-cq-j5
by swelling caused by froat inareas" in th,!jse r-3giors, anchors
must be r-tinforced up to 60A.60x--,.O cm (&-i agairLqt rOx54O:jL20 am - n
the southern zon!R). Ca~oulation of 'the stability of markings f~or
this zone is aesoribed- Tlrer,, are 4 figures, and 4, tabll-.
1. Geophysical siirveying-Equipment, 2. Soils-Clizatie factors
3. Soils-Meteorcilogical factors 4. Metals-Meteorological
Card 2/2 factors

LISPENSKIY, M. S.
"Saw Results of the Stability Inves~.Ilgration of 1raverse Stations and Wrjnmrz-:.ts
in the Area of the USSR".
report presented at a Conference of the Chief Engineers and Directors of the
Technical Control of Aerial Surveying Enterprises, Moscov Central Bureau of
Surveying and Cartography, Min. of Interior USSR.
(Geodeziya i kartogrefiya, 1958., no. 6., 77-78)
I
1 Mbr. of the staff Of: TsNIIGAiK

AUTHOR: UsDenskiy, M. S., Oandidate of SOV/6-58-E-5/15
Te6cTm~j 7~-Ci_en~~S'_
TITLE; On the Construction of Markings for Large Permafrost
Areas.: - .'0 konstruktsii znakov dlya rayonov rasprostranenjya
mnogolettley merzioty)
PERIODICAL: Geodeziya i kartografiya, 1958, Nr 6, PP- 31-39 (USSR)
ABSTRACT: In areas in whidL the ground is "permanently" frozen, centers and
markings are arnnged according to the method of excavating
building trenches. This is connected with considerable difficul-
ties: the swelling of the walls of the trench and its flooding by
the water origilIELting from the layer resting upon the frozen ground.
These difficulties can be overcome by means of boring. For geod,~ti-
cal purposes it isuffices to arTange markings of not more than 15 cm
diameter in the boreholes in a depth of 4 to 5 m. This renden
boring by hand possible. Selection of the anchor must be carriei
out with great aire. The marking must be able to show a sufficient
amount of resistance to the swelling of the walls in the narrow
bore-hole. The beat anchor is a metal disk of sufficient size. It
Card 1/2 is possible to U3e several disks arranged one on top of the other.

On the Construction of Markings for Large Permafrost soli/6-58-8-5/i5
Areas-,
In the summer of 1957 investigations were carried out in the
basement of the Igarka Frozen-Soil Station AS USSR by the
scientific collaborators of the TsNIIGAiK (Central Scientific
Research Institute for Geodesy, Aerial Photography, and Cartog-
raphy). The resistance of marking models against being tom out
was tested. On the strength of the tests described in this paper
the model with an anchor consisting of 8 half-disks (diameter
15 am) with a spacing between them of 2D am and with a marking-
tube diameter of 60 = was found to have the greatest amount of
resistivity. The various methods of placing markings into loose
soil are described. in short, and the two "thermal" methods, i. e,
thawing the ground. by means of steam under pressure and thawing
the bore-holes by means of heated tubes are described. There
are 6 figures and 2 tables.
1. Permafrost 2. Geodeties--USSR 3. Geophysical surveying-4.5SIR
Card 2,12

3W SOV/6-53-7-8/25
AUTHOR: Uspenskiy, M. S., Candidate of Technical Sciences
TITLE: Installing a Fixed-point Anchora6re Into a Soil of Undestroyed
Structure (Zadelka yakorey reperov v grunt s nenarushennoy
strukturoy)
PERIODICAL: Geodeziya i kartogra"iya , 1959, Nr 7, Pp 30.- 35 (USSR)
ABSTRACT: In installing fixed points in pits, the soil striLeture is
destroyed, and the covered and tamped pit is only solidified
after decades. The resistance of 'the fixed points to the
swelling by frost in reduced considerably. Experi-..ients to raise
the resistance of the fixed points are described here. On the
Zagorsl:aya opytnaja ploshchadka (Za-orsk Experimental Area) of
the TeNIIGAiK near moscow, 6 experimental tube fixed points
were installed at a depth of 1.8 m in loamy soil in June 1958.
Some fixed points were installed in the pit, others in a ~;oil
of undestroyed structure. A horizontal alit was cut into the
latter with a special cutting device in the corner of the pit.
The fixed-point anchorage was then inserted into this slit.
The fixed points were tested for their resistance early in
Card 1/2 November 1958, The swelling by frost was imitated by means of a

17 ()
Installing a Fixed-point Anchorage Into a Soil of V16-5)-7-6125
Undestroyed Structure
lever apparatus. The tensile force was increased every 30
minutes by 100 kg. The curves obtained show that the resistance
of the fixed po..nts with the anchors installed in the soil of
undestroyed structure amounted to about 10 times the resistance
of the other fixed poiats. Further tests in the.TsNIIGAiK
proved that the concrete anchors cast in lonny and sandy soils
show a high strength. Whereas the concrete anchors are now cast
in boardingn, and take 3-4 days for solidifying, the pits can
be covered on the same daj of casting in the soil, and therefore
the installation of fixed points takes only one day by thic.
working method. This procedure was checked, and proved to be
successful. Some recommendations for the installation of fixed
points by the method described are given.
Card 2/2

USP3RISKIY, M.S., kand.tekhn.na-ak
Types of marks for check points. Geod.i kart, no.2:28-30 F
,6o. (MIRA 13:6)
(Triangulation)

USPINSKIT, M.S., kand.tekhnonaulc
Use of plastic materials In the manufacture of otation and
bencb marks, Geodi Wirt, no-3M-31 gr 160.
(MIRL 13;6)
(Triangulation)

USFBNSKIT, M.S.. kand.tsk"nauk:
Thawing ground by stems for the setting of bench marks. Good* i
kart. no.7:17-21 Jl 160. (KIRA 13i9)
(Bench marks)

SUDAKOV, S.G.1 ALEKSANDROV, T.F.; BULANOVp A.I.; DURNEV, A.I.;
YELMEV, S.V.; ZAKK.OV, P.S.; IZOTCV, A.A.; KARLOV, G.M.;
UZ1141h, B.S.; KUKUSECIN, A.D.; KOLUFAYEV, A.P.; K(,ZLOVA, Ye.A.;
IAR311p B.A.; LARIN.. D.A.; URIN) B.A.; LIMPOV, B.A.; WAYEV,
A.V.; PELLnMN, L.P.; PETROV, A.I.; SOLOVIYEV, A.I.,- TOMILIN, A.F.;
URALOVj S.S.; USPENSKIY1 M.S.; FOH121, M.P.; SHISHKIN, V.P.; SHCHEGLOV,
A.P.; SUDAKOV, KOMKIKOVA, L.M., red. izd-v&;SUVGUPOV,
V.S., tokhh. red.
[Instruction concerning the building-up of a state geodetic network
in the U.S.S.R.] Instruktsiia o postroenli gosudarstvemoi geodezi-
cbeskoi beti. Soiuza ISSR; obiazatellna dlia vsekh vedomstv i uch-
rezhdenii, proizvodictshchikh gosudarstvennye geodezicheskie seti.
Yoskva., Izd-vo geodez. lit-ry, 1961. 459 P. (MIRA 15 - 6)
1. Russia (1923- U.S.S.R.) Glavnoye upravleniye geodezii i karto-
grafii. (Geodesy)

BULLETI,,j rEOCESIDUE
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LASSOCIA11ON INTERNOX'~ALE DE GEDDESIE
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369

USPETISKIY, M.S.
The type of groind Leach marks. Geod. i kart. no.1:27-111C Ja 'L.
(MIRA 1-~:l)
(Bench marks)

USPENSKIY, M.S. -
Selection of sites for setting station marks and bench marks in the
tundra. Geod, i kart, no. 4:30-34 Ap 161. (MMA 14,5)
(Arctic regions---Surveying) (Frozen ground)

ZFJANSKIY, V.N.; USPENSKIYO M.S.
Participation of -Wpographers and goodesiato in the search for
mineral resources.; letters to the editor. Geod.i kart. no-5:65
w 161. (MERL 14 s6)
le Otryad No*82 Sirardlovskogo aerogeodesicheakogo predpriyatiya
(for Zeleaskiy)o 2, TSentrallqy7 nauchno-isoledovateltakiy
institut goodezii,, aeroomyemki i kartografii (for UspenBkiy).
(Prospecting)

USPENSKIYo M.S.
New measures for controlling the corrosion of station marks and
bench marks. Geod. I kart. no.11:17-19 N 161. (MIRA 15:1)
(Bench marks) (Protective coatings)

USPEMKIL ~Ls.
Settirw, bench marko In peat bogs. Geodoi karto no,7:23-25
JI 162. (PURA 15:8)
(Bench marks)

USFENSKIY. H.S.
Setting bench wr in boreholes vith bases videned by a
blast. Trudy TSVIIQLIK no,147:57-64 162, (MIRA -15-.9)
(Bench 'marks)

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USSR/Cultivatcd Flants - Grair.3.
Abs Jour : Ref Zhur - Biol., No 4, 1958, 15499
Author : N. Serabryala)v,~N. Uspenskiy
Inst :
Title : An Attempt at the Tow-Stage Harvesting of Gra:Ui Crops
at the Bogorod, Machine and Tractor Station.
(Opyt razdel'noy uborki khlciiov v Bogorodskoy NYS).
Crig Pub : Mashino-traM;. stantsiYa, 1957Y No 6) 29-31
Abstract : No abstract.
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USSR/Genera~ Biology - 96netics. B-5
Abs Jour : Ref Zhur - Biol.) 140 T, 1958, 28579
Author : Uspenskiy, N.A.) Kuzina, V.E., Abramovich, Yu.I.
Inst : -
Title : Method of Matching Pairs in Intraspecies Hybridization
of Soft Sumer Wh(mts.
Orig Pub : Zap, Voronezhsk. s.-kh. in-ta, 1956, 26, No 2) 88-97
Abstract : The author attempted to develop methods Of Matching
pairs in crossing soft wheats, chiefly based on the prin-
ciple of crossing varieties -which would complement one
another in different features and produce varieties more
productive and more resistant to different diseases and
pests. With a viev toward precise characterization of
matching pairs a coefficient of intensity (CI) was in-
troduced for the growth of either element of productivity.
CI permitted comparison of different varieties in one ele-
ment; in addition,, different elements within the liatts
Card 1/2 11

USSR/General Biology - Genetics. B-5
Abs Jour Ref Zhur - Biol.,, No 7., 1958, 28579
of the variety could be compared. The authors consider
that through the CI it my be established to what extent
the variety studied differs from the control. The C1
may have a plus mid minus sign. It is su&;eatod that the
final evaluation of hybrids before their breeding be made
on the basis of correlative charts into which the compared
breeds are placed. The density of stems is plotted percen-
tage-wise to the standard on the abeissa, and one or ano-
ther index of productivity on the ordinate. The most valu-
able are the breeds Vnich yield the greatest productivity
at such stem density which is most probable in production
environments. The authors consider tLe suggested method
of matching pairs to be more reliable than others.
Card 2/2

n -.1 7 M,
TTPXl111Sy11Y 1 111. A.
lftn nnqt!f3ir- 0t, thc incidence! of
YnrnS1Pv oblnst ov-r ;i nerinfl (1'+V-I.Q 7)."
D~sy,ntoye scv~-shnhnnilre no nrobl,:!m,~m i nr1_rrjCfn0r)Qha-rn,,ry-.
bo1P7,ny_,.r% 22-29 OkIll.,ribrpr? .19110 V. (Tenth Conr-rerir7~ on P,~r~-s;Aolorlc,,?l
Prohl-ms Pnd ljis-.~ses with "lblr;~l 'Oci 00,0t.)Pr 19~9),
of M;~,ilr:il :-ieni-s T'~M T1(1 nf !D'oIen,7er,
Oblast Sanitary-Epidemiological Station/Yaroslavl

USP!INSKIT.N.A.
- I A'. t
-::,. ~ i ~
Architectural aspects of the Moscow-Laniagrad main highway
Avt.dor.17 no.3:11-12 N.-DI54. (X12A 8:10)
(Roadside improvement)

,.Ls~~~
Maintenance of the Moscow-Leningrad highway In winter. Avt.dor. 20
no.3:9-10 Mr 15?. (M12A 10:5)
(Snow--Removal)
(Roads--Kwiatenance and repair)

USPENSKITO N A
Maintaln the Moscov.-Leningrad road as a fine highwfW. Avt.dor.
22 no.7:21-22 ii 159. (14IRA 12:9)
1. Glavvyy inzhener Upravleniya dorogi ~bskvs,-Lenlngmd.
(Roads)

ACCESSION XR: AT4035116
S/3092/63/000/001/0166/0172
AUTHORS: Smirnov, V. L.1 Uspenskiy, N. D.
TITLEs Resonant method of investigating loaded waveguides
SOURCE: Moscow. Nauchno-ii4eledovatellskiy institut elektrofizich-
esk,oy apparatury*. Elektro:4zicheskaya apparatura; sbornik statey,
no. 1. 1963, 166-172, and cl-tart" A facing lp.4204
TOPIC.TAGS.- cavity resonator, waveguide element, resonance curve,
resonator Q factor, frequency shift, particle acceleration
ABSTRACT:, In view of the laborious and frequently inaccurate pro-
cedures presently used to design loaded waveguides for particle ac-
celeration, and in view of the desire to reduce to a minimum the
accelerated-particle loss when such waveguides are inaccurately
manufactured, it is proposed. to investigate loaded waveguides by a
resonant method.which determines the absolute value of the resonant
:card, * 1/3*

ACCESSION NR: AT4035116
natural frequen with accuracy �2.2 x 10 the relative frequency
CY -6
and-the Q accurate:to +10%. The operation
with accuracy �7- x 10
of the apparatus-and its principal units;are described. The influ-
ence of the temperature and of the degree of vacuum on the accuracy
is analyzed. Tcx,show that the accuracy pan,be increased by more
careful calibration of the standard loaded cavity used for the mea-
surements, and by using a high grade echo-resonator. The knowledge
:of the corrections for the influence of the temperature and of the
vacuum conditions makes it possible to reduce the measurc~A,ent results
to C -uide is used in linear elec-
onditions at which the loaded waveg
tronic accelerator. The procedure has been used in laborAory and
plant conditions for beveral years. Orig. art. has: 6 fiqures and
1 formula.
ASSOCIATION: None
SUBMITTED: 00 DATE ACQ: 07May64 ENCL: 01
SUB CODE: EC, ME NR REP SOVs 001 OTHER: 003
Cori. 2/3

Block diagram of apparatuso 1,,- klystrcn generator for generator for
10 cm band, 2 - pawer divider" 3 - cowdal tee, 4 - fixed attenuatcr;
investigated resonatcro;6 standard 2vamator; 7 - echo resona-
tor; 8 - deteatii,, 9, 10, 11 amplifiers; 12 eleatrcnic car"Aator,
13 - EO-7 oscilloscope
Card 313

J~PB'N.tl' y R.D., Cani. llei. ~'c.m Docent , anlOSI.--lYAl:, V.T., Col. INP(l. -`)erv., Cand.
L~ , '
Red. 3c. --' ~ - -- -
"Combined Application of Disinfectants and Insecticides," Voyenno-
Meditsinskiy Zhurnal No. 8, August 1957.

T
--la633-65
ACCESSION- M: AP501.1371 UrV00161V4100010081000810012
I RUMOR* Csipyan, V. T.-, UspemakiLy, N. D.
IPTn--R'7* Method of detprminini~ b--cterlicidai activity of gaa disimfectamts
SOURCE; ZhurnELI mikrobialogii, epidemiologii i immunobiologii, no. 11KAt B-12
TOPIC TAGS: bacteria, ethylene, methane, bromide, organic oxide
Abstract: Me vell-known gas formula (P n RT/V1 was used to propose a
method for determinina the- c- namn t7- v i tt'
S 1~ -.Ft 7-,

;8633-65
AccEssmit KR:
~Ctby,i b, 4,m-ths of StaphY10MCCUA A=eUS at
mm ezpauvre time.
Orig.--art- has 3 figurea#
&C!sCCLkTr(,j-q --yonnei-g or-derm Janina akademi7a im- 0- K- Mrova
(M&litary t9adical Order- of Lenj-l Acad-7)
summm: ilApr63 ENCL: 00 SUB oorjE-. iz, GO
OTEm C04 JPM
W wt -,005
ACQULq2j

DIYXV, N.P. [deceased]; PADUCHKV, V.V.; TOPOROVA, V.V.; USPENSKIY, N.F.
Studying the interaction of sulfides with sulfurous anhydride
and sulfates. Trudy Inst. met. UYIN SSSR no,2:107-315 158-
(MIRA 12:4)
(Sulfides-Metallurgy) (Sulfur dioxide)

AUTHORSs Diyev, N. P., (Deceased), Faduchev, V. 20-1.18 -4 - 4 '7/0' 1
Toporova, V. V., Uspenskiy, ji. F.
TITLE: On the'Interaction of Certain Sulfides With Sulphur Dioxide
and SAlfates (Vzaimodeystvi e nekotorykh sullfidov s serni-
stym angidridom i sullfatami~
PERIODICALs Doklady Akademii Nauk SSSR, 1956, Vol. 118, Nr 4, PP. 702-764
(USSR)
ABSTRACTt The results of the investigati s concerning the reaction in
question with application of S33 are given in the present
paper. The experiments have shown that the sulfur in the
calcium sulfide is completely substituted by the sulfur of
the sulfur anhydride. The radioactive sulfur was introduced
selectively into one of the two components. The reaction was
carried out at 600-11000. In the investigation of the inter-
action between cobaltous sulfide and S02 s35 was introduced
only into the sulfide. The experiments have shown that the
velocity of the interaction is unimportant even at 8001. There-
fore it was diffioult to detect precisely the radioactivity
originating from sulfur in the gaseous reaction products be-
Card 1/4 cause of a considerable 302-dilution, if the experiment was

On the Interaction of Certain Sulfides With Sulphur Dioxide 20-1185 -4-47'/;'~__
and Sulfates
carried out in a continuous SO - current. In a closed sys-
tem the produced cobaltous suliate was radioactive only to
a very small extent, approximativel.*,2-5% of the activity of
the initial sulfide. This might be explained by the compen-
sation of the radioactivity between S2 and S02 in cnnse-
quence of an isotopic exchange. The experiments have shown
-..hat two different reactions (with 2 and 8 S02) with Co4S3
can occur. At 8000 only 5,5% of the initial sulfide react
within 12-14 hours, in the first case 87%, and in the second
case 13% of this quantity. Experiments with iron sulfide have
confirmed these processes. Thus it was confirmed that in the
syste* MeS + S02 the sulfur of S02 replaces in the sulfate
formation completely or almost completely the sulfide sulfur.
Probably an instable salt of the hydrosulfurouB acid MeS20
(references 6,7) is formed for the time being which is traL_
formed into a sulfate at the cost of intramolecular processes
under precipitation of surplus sulfur in elezentary shape. It
is possible that the original product of the sulfide oxi-
dation forms oxides of the latter the sulfatization of which
can be continued at the cost of S02 and S03 . The interaction
Card 2A between sulfides and sulfates of the same metals was in-

On the Interaction of Certain Sulfides With Sulphrr Dioxide 20-LIB-4-43/61
and Sulfates
vestigated in application to calcium- and cobaltous sulfate
at 9000.. The experimental results have shown that this reac-
tion takes the same course in any case of placing the radio-
active sulfur, and only the activity of the sulfur in the re-
action products is different (misprint in the original: the
small star above the S of the equation (11) is missing; the
reviewer). 3 reactions (12), (13), and (14) are given for the
interaction between cobaltous sulfide and cobaltous sulfate
according to references B-12. The application of s35 and a
rational analysis of the reaction productp confirmed the
formation of a secondary radioactive sulfide and of the
metallic cobalt. Here it turned out that the course of the
reaction (13) is by 3-4 times less intensive than (12). There-
fore the mechanism of the sulfide oxidation (13) (perhaps
misprint for: 13? the reviewer) earlier suggested by the
authorer'must be supplemented by widely distributed secondary
acts which pass simultaneously:
W
Met + 2 S02 --4MeS204 + S (15)
Card 3/4 MeS204 ---4meS04 + S (16)

On the Interaction of Certain Sulfides With Sulphur Dioxide 20-118-4-43161
and Sulfates
Mes + 3 Me S04 --- +4 MeO + 3 S02 + S02 (17)
1K
MeS + MeSO4 ----~r2 Me + S02 +S02 (18)
There are 13 references, 8 of which are Soviet.
ASSOCIATION: Ural BrWICIVOS USSR (Ural'skiy filial Akademii nauk SSSR)
PRESENTED: September 6, 1957, by S. I. Vollfkovich, Academician
SUBMITTED: September 5, 1957
AVAILABLEs Library of Congress
Card 4/4

USPENSKIT No F. Cand Tech Soi -- (diss) " Sulfidation and extraction of
-4-x-
niAkel inmine fusion of oxidited nickel ores." Sverdlovsk, 1959. 15 pp
(Ural Affiliate of the Aaad Sci USSR. Inst of Metallurgy), 150 copies
M, 45-59, 147)
-59-

SOV/1j"6 )-59- 5-13121
AUTHORS:. Uspenskiy, N.F., and DiYev, N.P. Pe~-;,,ased).
TITLE: a fbactive Isotope of Sulphui, in Studying Shaft
Smelting of Oxidized Nickel Ores (Primeroniye radio-
aktivnogo izotopa sery pri izuchenii shakhtnoy plavki
okislennykh nikele-.rykh rud)
PERIODICALs Tsvetnyya metally, 195t), Nr 5, pf., WSSR)
ABSTRACT: In shaft smelting of oxidized nic.-kel orul, w.',.th the use of
gypsum sulphur utilization is low and cunsidqrable nickel
loss in waste sla.- occurs. The have used a
radioactive tracer method to stiIJ7 the influence on
sulphur Utili2ation of the foi,ni in wi-LPli it is present in
the charge. Smeltina was affented In thin, laboratory
shaft furnace (designed and built under the direction of
A.A. Perestoronin) at the Institut
(Metallurgy Institute) of the Uraltskiy filial AN SSSR
(Ural branch of the AS USSR). Tito. furnal,.e is 1. m high
with an internal diameter of 90 rrem and. an induction-
heated corundim-crucible hearth. anJ screened
nickel-ore sinter, limestone anti col,,o froill the
Card 1/3 Yuzhuralnikell kombinat (combine) were
Radioactive gymsum was prepared by pza- c;ipitat ion from

SOV/-Q6--9--
Use of a Radioactive Iso~'ope of Sulphur in Study-Ing Shaf t Smelting
of Oxidized Nickel Oros
sodium-sulphate solution, -'--tsrif p-2opared by calcining
and oxidizing radio-active iron sulp1aids. Some of the
radioactive gypsum was used in making coke, being changed
into calcium sulphift. The material,3 smolt3d were
ordinary coke, high-sulphur coke, high-sulphur radio-
active coke, ordinary gyp:~.um, radioactivo gypsum,
limestone, used in various combination3 (Table). The
activitlesof the initial chargeandofthe gaFqous and
liquid smelting: products wore detepminGd. The authors
show that with certain limitation--3) this onables the
degree of util-Lzation of sulphu2 from radioactive and
non-radioaCtiVEI materials to be calculated provided the
amount of radioactive sulphur is small compared with that
in the radioac4tive matarials. The raethod is vz.lid even
when the chemical propertioa of the racai-oactive and
ordinary isottlopos are not identical. It was found that
the radioactive) sulphur trani.--fors preferentially to the
liquid products. The bettle2 utililzation of sulphur
Gard 2/3 when gypsum is roplaced by t-a-ium sulphide was
confirmed. The method --asod in tile work for pre-Daring

V21
Use of a Radioactive Isotope of Suiphijr in Studying Shait Smelting
Q~
of Oxidized Nickel Ores
calcium sulphide by adding gypsimi to tho -,oking charge
also improved utilization.
There is 1 table.
Card 3/3

3i 14 11 1
SARI .8
.41
p v
A3

.USPj;&KjY-,-H-F-+-KUSAKIN, P.S.; DIYFV, N.P. Cdeceased]; PEUSTOROBIN,
A.A.; TIKHOMY, A.I.; PRISWATSOV, D.Y.; YZMIN, L.I.
Shaft furnace meltiq), of an oxidized nickel ore sinter with
use of highly sulfurous coke. Trudy Inst.mot.UFAM SSSR
no.5:123-135 160- (MI" 13:8)
(Mickel-Ketallurgy) (Sulfur)

OPINSK IT, N. F. ;-DITW, N.P.[deceased]
Sone characteristics of the interaction between sulfates and
sulfides. Zhur.neorg.kbim. 5 no-5:1022-1027 My 260.
(mm 13:7)
1. Institut metallur i Urallskogo filial& AN SSSR-
(Sulfideal' '(Sulfates)

6 6 0
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in 13M (W my" 0( layers.
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9 range "'1 70 Mlies N. N. 1C. of Sverd" (Kkaterin. -00
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arophlbollies, etc.. with lu" Ital" Sj= ;-twks -60
0*8 conic. rti" of Wirpentut and triclotite. Thc4e art?
surrounded by intrusioris ~ Aurte and gabbto-itiorite 1110
whm" various Pegirlatitic veins penetrate the metantor. A
phicrocks. The duarite-beryl veins are of late formation
at temp of probably 2UO-600'. The rocks with 42
minerals ocrurrint therein are deqcril)cd. C. A. S
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Pseeft-d"Tage of smica. N. bl. Usiwn,kil. lapt,ki
I'Arjoyaj. memerat. Obikh"tra
79, 271JI-QUIAM).-Ruby nivaruvice from lwottulice- i-#
teiml pprumalDlytic-hydiollstfusal origin ultrit ohow- a
v ractittistic mirruclille-lik ling mittent. its %ell III tr.
flected light on the cleavageepM sud'aft. af. in IrIIIIII11ittril
light. The" putterns am explained by the O"u'llf,101111
thAt they smy be indications of a residual structure o IM -
existent mipockne crystals. on the (001) Isms of -hich
the muscovite later crystd. in a rrffulAr intefgrowth with it,
(IM)face. Thephenormenon would thus ladicatem rexilual
.Crystal orientatim of the feldspar crystal phase which wm~
changed by hydrothtmal solos. to muwovite (a kincl of
prmlonsorph csys4n.), and not be brought about In It,;
crystaBograpkic orientation by tectonic dtforruations idt i4
umm!ly asmuned to he the cause. The angular orientation
of the contour Ems in the patitm in question cuffe%immil
Very closely to the TA arul T:16f MN ZVJ
angles of mirrocline twins, visible on the IIX)I) farr #)I lh#-
ftkl%par. The pawlackavuSe of the mica whkh 6 the
reas~u for imny troubles 6 Its industrial use i4 atui oftro
combined with odented gas Inclusion tones chAracteriml
by an Inferior cohesion alov& them. 14% Eifel

; s .- ZU4,41 W4
TISMI"IsKly ,
(."ongranitic pe-9,Mat-Ite5l pepr-arity. !,,,~skva,
j I, -
Flod-ra, 1965. 335 P. (,kilpA lg:io)

USPENSKIY, N.M.
Origin of "gladkaite." Zap. Vses. m',n. ob-va 94 no.6:
691-693 165. (k,IRA 18:12)
1. Do-ystvitellnyy chlen Vsesoyusnogo mineralogicheskogo
obshchestva.

ra
GHERNYKH, Grigoriy Kuzlmich; ll.')FBNSXIY, II.M.,redaktor; ADRIANOV,
B.I.,takhnichooki
y re k or
[Military service is an honorable obligation of the Soviet
aitizen] Voennaia aluzhba - pochetnaia obiazannost' grazhdanina
S881i. Moskva, Izd-vo DO!", 1956. 54 p. (KM 10:4)
(Military service, Compulsory)

KAZAKOV, Vasiliy Ivanovich, muirshal artnlerii, geroy Sovetakogo
Sokiaa; USaNSKIY, N.M.,,redaktor; ANDRIANOV, B.I.,tekhnicheskiy redaktor
[ArOllerymen of the Soviet Army] Artilleristy Sovetakoi Araii.
lloskvd, lzd-v'o DOSAAF, 1956. 60 p. (KMA 10':4)
(Russ ia~--ArcW--Artillerv)

IN
?I
US?
BAKAL, A.A. S1 . &t N.M.. redaktor; KARYAXIRA, H.S.. takhnicheekly
k 1~
(Military roconnalesencol Voiskovaia resvedke. Moskva. lzd-vo
DOSAAF, 1956. 61 p. NLRA 10:7)
(Military reconamissanco)

ZNVIN, A.; KOHOPIAV, H.; TURCIMK, S.; FEDOROV. A.A., radaktor;-UFAE-KITL--
N.M., recbiktor; ANDRIANOV, B. I., takhnicheekly redaktor
(Training the sharpshooter to meet the standardB of the wReedy for
Labor and Defensew organ12&tiOn] Podgotovka stralka po normativam
GTO. Moskva, Izd-vo Da;AAIP, 1956. 179 p 9 NLRA 9:12)
(Shooting)

/T1 Ili
PHASE I BOOK KXPLOITATION 274
Smotritskly, Yevgeniy Aleksandrovich
Operator radiolokatora (Radar operator) Moscow, Izd-vo DOSAAF,
1957. 52 p. 13,000 copies printed.
Ed.: Uspenskiy, N.M.; Tech. Ed.: Andrianov, B.I.
PURPOSE: The booklet seems intended to give a brief survey to
young people who want to train as radar operators.
COVERAGE: The booklet gives the basic information on radar in
popular terms. It then describes the tasks of a zadar
operator. The third part discusses the responsibilities
of a radar operator and the character traits he must
possess. Fin~Llly, 4 USSR technical books on radar, pub-
lished between 1954, and 1956, are enumerated as recom-
mended reading for future operators. There are 3 illus-
Card 1/2

0
Radar operator (Cont.) 274
TABLE OF CONTENTS:
The vAraculous Beam 3
The operator Tracks and Focusses the Target 22
Necessary Character Traits of a Radar Operator 38
AVAILABLE: Library of Congress
Card 2/2

SSIAZMV. I.A.- USPSAKIY, U.H., redfjktor; BiAZhUHKOVA. G.1., tekhnicheskiy
reds kt;r%~~vmftft-~,
[StrengtherAng the defense of the country is the sacred duty of
the Soviet people] Irapit, oboronu strany - oviashchannyi dolg
sovetakogo narods. Moak-va, Izd-vo DOSAAF, 1957. 53 p. (MLRA 10:10)
kRuesta-Def-enses)

PHASE I BOOK EXPLOITATION 377
Grif, Arnolld Yakovievich, and Mstislavskiy, Aleksandr I-eontlyevich
V peredovom radioklube (In a Progressive Radio Club) Moscow, Izd-vo
DOSAAFi, 1957. 62 p. 25.,000 copies printed.
Ed.: Uspenskiy, N. M.; Tech. Ed.: Gerasimova, V. N.
PURPOSE: This monograph is addressed to Soviet radio amateurs
COVERAGE: The booklet offers a short survey of radio amateur
activity in the Soviet Union during the past ten years,
noting the progress made in the field and reviewing
present-day radii) amateur activity. Much of the monograph
is presented in the form of dialogues among members of
the I!vov radio arnateur club, DOSAAF, on various problems
or projects of current interest to the club. The importance
or group effort Is brought out as well as the desirability
of associating radio communications engineers and special-
ists with the actiirlties of radio amateur olubs. Mis
enhances the success of club activities and gives them an
Card 1/3 aura of greater authority. This tendency is reflected in

In a Progressive Radio Club
377
the composition of the "council of cooperation", set up in 1946
by tile Evov radio club, to which Yu. T. Velichko, Lecturer at
the Jdvov Politechnic Institute, Mr. Kucher, Professor of Physics
at the University of Lvov, and I.Ya. Ivanov, President of the
Provincial Council of the Society for the Promotion of Defense
and Aero-Chemical Development (Osoaviakhim) were appointed.
The author emphasizes that their activities on the council are
not nominal, but entail definite commitments. As of April, 1956,
for example, Yu.T. Velichko, Lecturer and D:)ctor of Technical
Science was scheduled to give lectures at the club on semi-
conductors. Mentioned also are the universally well-known rAd-4o
amateurs, Fedor Roslyankov, Alekandr Veremey, Zinaida Kubikh
and Galina Pyatko. It is emphasized that workers from all the
trades and fields of endeavor, without distinction of sex, are
encouraged to become active members of such clubs and to pursue
courses in radio engineering and communications offered by the
clubs. A newly-formed section of the Llvov club is devoted to
developing radio devices for the control of model airplanes and
electronic devices for ship models.
Card 2/3

In a Progressive Radio Club
377
The following pieces of Soviet-produced equipment are mentioned:
the KVK-49 television receiver and the A-7-A, A-7-B and PB radio
stations (PP. 34, 36).
TAKE OF
CONTENTS:
Of a Saturday evening 3
Ten years ago 5
The power of group effort 10
The club and initial organizations 18
Everything here is In full swing 27
Station YB5KBA on the air 38
Pioneering In new bands 43
Mariam Bassina. and her friends 52
They were all trained by the club 59
AYAILANZ: lAbrary of Congress
Card 3/3 JJP/Vm
6-19-58

,,,3-.- - . I-, , --, ~ I- / '~ _-
NOVIKOV, X.Y.; KOMKOV, V.I.; USPANSKIY, N.M.. redaktor: ANDRIANOV. B.I.,
tekhnichenkiy radaktor OW
[Flame throwers and incendiary weaponsi Ognemetnn-zazhiJ&tal'noe
oruzhie. Moskva, Izd-vo DOSAAF, 1957. 86 p. .(HUA, 10:9)
(Flame throwera) (Projectiles. Inceadiar7)

f-~ -~' ! F -v I n ! V! 1)o.
GERBANOVSKIY, S.Ye.; 1USPENSKI.-Y, N.M., red., BLAZERNKOVA. G.I.,takhn.red.
[Elements of military engineering] Nachallnye osnovy voenno-
inzhenernogo dels. Moskva, Izd-vo DOSAAF, 1957. 87 D. (MIRA 11:1)
(Military engineering)

u-~j
PETROV, Viktor Favlovich; USPXNSJ~. redaktor; TSIGALIMAN, L.T..
tekhnicheskiy red0 T�r &AN
[Guided missiles and rockets] Uprayliawye snarlady L rakety.
Mnskva. Izd-vo DOSAAF, 1957. 117 P. (MLRA 10:9)
(Guided miseles) (Rockets (Aeronautics))

KARGOLU, Mikhail Vladimirovi.ch, konstraktor; USPINSKIY, U.K., red.;
ANDR A OV, B.I., teklin.red.
(Target pistol and its repair] Sportivnyi pistolet i ago
remont] Moskva, Izd-vo DOSW# 1958. 94 p. (MIRA 12:5)
(Pintolm--Maintenance and repair)

SARYCHEV, Ilikolay Grigorlyevich; MARGOLIN, M.V., red.; USF~IY. N.M.,
red.; GMASDfOVA, V.N., tekhn.red. 1,
(Hargolin pistol; design and interaction of parts] Pistolet
Margolins; ustroititvo i vznimodaistvie chastei. Moskval Izd-vo
DOSAAF. 1959. 30 P. (MIRA 12:12)
(Pistols)

NIKITIN, G.; GRAKOV, A4LL_MAf9XT "J,,Ir ad.; BLAZHYIIKOVA, G.I., tel-Jw.red.
May aro alwaye In the ran a] Oni vangda v stroiu. Moiskma,
Izd-vo DOSAAF, 1959. 78 P. (MIRA 12:12)
(Military education) (votorano)

BORZUKOT, Semen Kikhaylovich-, USPENSKIT. N.M., red.; KOBZARI, TA.
takhn.red.
(For young people about Soviet military discipline; popular
sketch] Molodeshl o sovetskol voinskoi, distsiplins; popu-
liarnyl ochark. Moskva, Izd-vo DOSW, 1959. 87 P. (KIRA 13:2)
(Military discipline)

SHATUNOV, Georgiy Pavlovich; U IMUY, N.M., red.; -TATNMIDT, F.Ta.,
takhn.red.
[All-Union Tolunteer Society for Assistance to the Army, Air
Force. and Navy of the U.S.S.R.] DOSW SSSR. Moskva, Izd-vo
DOSAAF* 1959. 127 p. (MIRA 13:2)
(Military education)

BRYCHEV, Nikolay Yedorovich;.USPNESKIT, DoN., red.; KOBZARI, Y.N.,
tekhn.red.
[About military servIce; talks with those under draft age]
0 voinskoi aluzhbe; besedy o doprizyvnikami. Moskva, Izd-vo
DOSAAY, ig6o. 85 P- (MIRA 13:6)
(Rusaia-Army-Recraiting, enlisting, etc.)

KANOKHIN, Vladimir Nikolayovich, insh- LdeosasedIt USPANSKIT, N.M.,
red.; FAYNSHMIDT, Pja., takhn.red. -
[TelaTision in military operations] Televidenle v voennykh
tsellakh. Moskva, Izd-vo DOSW. 1960. 91 p. (MIRA 13:7)
(Military television)

VORONIN. Sergey Pavlovich; KORGLIKOV, Vyachealev Alekasyevich;
-.-USPM1SKIY, N.M., red.; BUZHENKOVA. G.1., telchn.red.
......... . -1
(Firing air rifles] Strellba iz Puevmaticheskikh vintovok.
Moskva, Izd-vo DOSAIV, 1960. 100 p. (MIRA 1):7)
(Rifle practice)

GONCHARUKO, Mikhail Hikoleyevich; MAKAROV, S.I., red.; USPANSKIT, N.M.;
KARYAKINA, U.S., takhn.red.
(Cybernetics in military science] Kibernetika v voennom dole.
Moskva. Izd-vo DOSUP, 1960. 174 p. (MIRA 13:7)
(Automatic control) (Military art and science)

NOVIKOV) Marian Vasillyeviall; USPENSKy) N.Fo) red,; VIR11111A, Ye.S.
red, .9 takhn.
(Invisible ener-7] Nevidimyi vrag. Mookvap Izd-vo DOSAAF, 1961. 69 p.
(Mines, Military) (MIM 142 11)

WIN, Nikolay Grigorlyevich.; USPENSKIY, N.M... red.; KOROIEV, A.V..,
tekhn. red.
(Infrared rays] Infrakrasrqe luchi. Moskva.. Izd-vo DOSAAF,
1961. 93 P. " (MIRA .14:12)
(Infrared rays) (Military engineering)

MOISEYEV,, Viktor Iosifovich; USPENSKIY, N.M.,- red.; FAYNSHKIDT, F.Ya..,
tekhn. red.
(Sapper heroes] Geroi - sapery. Moskva, Izd-vo, DOSSW, 1961. 94 p.
. (Mixkes, Military) (World War, 1939-3-945) (MIRA 14:11)

VANEYEV, Vladimir Ivanovich; USFENSKIY, N.M., red.; MIUKRINA, Ye.S...
tekhn. red.
(War and automatic control] Voina i avtomatika Moskva, Izd-
vo DOSAAF, 1962. 62 1). iMIRA 15:7)
(Automatic control-Military applications)

TATAROMIKOO Aleksandr Yevgontyevich; X-SPENSKIYj M.-xecl-"---_-_
FAYNSWIDT, F.Ya., t.ekbn. red.
(Guided missiles and rockets)UpravliaeWe snariady i raketv.
Moskva# Izd-vo DOSAAF, 1962. 86 p. (HIRA 15:~)
(Guided missiles) (Rockets (Aeronautics))

DORZUNOV, Semen Mikhaylovich, USPENSKIY, N.M., r--d.; KUZIMIN, I.F.,
tekhn. red. I --
(The very essence of militar7 service]o samom glavnom v sluzhbe
soldatakoi. Momkva, Izd-vo DOSAAF, 1962. 138 P. (MIRA 16s1)
(Armed forces-flilitar7 life)

GONCHARENKO, Mikhail Nikolsye-Ach; FIIATOV, I.V., red.; USPENSKIY,
N.M,l_red.; KOIMLEV, A.V., tekhn. red.
Nissiles and the problem of
problems. antiraket. Moskva,
antimissile missiles]Rakety i
Izd-vo DOSAAF, 1962. 259 P.
(MIRA 16:1)
. (Rockets)

ACC NR' AM6032~72 ono.g-r.ap.h U.R/
Belousov, A. f. (Docent, Candidate of Technical Sciences); Bobrik, P. L
.(Docent, Candidate of TecKnical Sciences); Rakhman-Zade, A. 4. (Candi-
'date of Technical Sciences); Silin, S,. S. (Docent, Candidate of Tech-
nical Sciences); Uspenskiy, N.. V. (Docent); Khvorostukhin, L. A. (Do-
cent, Candidate of'-r~ec~~n-i-caa*r,~~-i-en,ces) ; Sheryahev, V. I. (Candidate of
Technical Sciences)
Thermal phenomena and machinability of aircraft materials (Teplovyye
yavleniya i obrabatyvayemost' rezaniyem aviatsionnykh materialov) Mos-
cow, Izd-vo "Hashinostroyeniye," 1966. 178 p. illus., biblio. (At
head of title: Hinisterstvo v-sshego i srednego spetsial'nogo obrazo-
.Y
vaniya RSFSR) Errata slip inserted. 2400 copies printed.
Series note: Hoscow. Aviatsionnyy tekbnologicheskiy institut. Trudy,
vyp. 64
TOPIC TAGS: beat-resistant atteel, heat-resistant alloy,
heat generation, heat phenomena, gear threading, thread grind-
ing*, aircraft material, material sachinability,, Mtk&k M*1WW1A
Cord LiLoe.: Cp 2-1.

ACC NR, AM6032372
PURPOSE AND COVERAGE: This book is intended for engineering personnel
of uach.ine-building plants, scientific research institutes and plant
laboratories. It may also be useful for students of schools of high
technical.education specializing in-technology. The book reviews the
most important problems of heat generatlon in the process of machinin
various aircraIt material's and its effect on material machinability. 9
New methods of machining procedure are discussed on the basis of ana-
lysis of physical and mechanical properties of materials. Theoretical
analysis of heat-affected zones in machining in presented along with
examples of its calculation. Also discussed are specific thermal
phenomena and the process of machining light-weight and copper alloys
at a speed up to 10,000 =/minute. 'Separate cbapters are devoted to an
analysis of thermal phenomena and machinability relative to gear threa
ing at thread grinding. Chapters I and IV are written by Docent P. I.
Bobrik, Cand. of Tech. Sciences;' Ch. II. by Docent A. 1. Belousov, Cand.
of Tech. Sciences; Ch. III by Docent L. A. Khvorostukhin, Cand. of Tech.
Sciences; Ch. V. by Docent S. S. Silin, Cand. of Tech. Sciences; Ch.
Y1. by Docent N. V. Uspensky; Ch. VII by V. 1. Sheryshev, Cand. of
Tech. Sciences; and Ch. VIII by A. Z. Rakhman-Zads, Cand. of Tech.
Sciences.
TABLE OF CONTENTS:
cmd

-1-ACC MR: AM6032372*
Fonword -- 6
Ch. 1. Analysis of the Heat-.Affected Zone in Machining Heat-Resistant
Steele and Alloys -- 9
Ch. 11. Thermodynamic calculation of Machined Zones -- 49
Ch. III. Plastic Deformation and Heat Generation in the Shear Zone
86
Ch. IV. Summary of Experimental Methods of Investigating Heat-Affected
Zones in Machining -- 95
Ch. V. Establishing Criterion in Metal Machining on the Basis of
Studies of Heat Phenomenon -- 102
Ch. VI. Effect of the Quality of Disk Strengthening on the Temperature
in Grinding Threads of Aircraft Material -- 138
Ch. VII. Temperature Dependence in Gaar.Millin:g of Heat-Resistant Al-
loys and Titanium Alloys -- 148
Ch. VIII. 'Heat Phenomena in Ultr*a-speed Machining of Wrought Aluminum
Alloyg -- 159
SUB CODE: 13/ SUBM DATEt 05Mar66/ ORIG REY: 065/ OTH REY: 007/

NAMIRIN, A.I., professor, doktor tekhnicbeekikh nauk. redaktor [do-
c*&sedj; UJIUMIT N.Y., dotment, radaktor; SDEOLOYA, T.7.,
t9khnichaskir r=- N~r"-.
[Factory technological laboratories; collection of articles)
Zavodskie telihnologichaskie laboratorti; aberalk..Moskya,
Gas. mauchno-t*W2. izd-vo mashimostroit. L sudoetrolt. lit-ry,
1954. 142 p. (MMA 7: 8)
(Inginearing laboratories-Purniturs, Xquipment, etc.)

USPINSKIY, N.V., dotsenty radaktor; POPOVA. S.K., tokhaichookiy radaktor
[Design and manufactwe of cutting tools] Konstralroyante t izgcp-
toylenle rezhushchago instr=enta. Pod red. X.T.Uspenskego. Hoak-va,
Goo. nauchno-tokhn. izd-vo mashinostroit. lit-ry. 1954. 293 P.
(cutting tools) (MLRA 7:11)

USPEKSKIY19 N.V., dotsent,,
Developing t--chnDlogical processes -for the claening of surfaces of
parts. Trudy MkTI no. 53: 114-3.24 162. (IMU 15~6)
( Metals-Finiehirg)

NE'i'lP (t /VP (k)
Pi-:~TPU-4
ACCESSION NR!,, AT5001353 6/2539/64/000/060/0033/000,
7 AUTHOR. - USPIEnskiy, 1~_Y.
on aviation material
TITLE: Study of heat-related factors during thread-grill
~!M
SOURCE: Moscow. Aviatsiony_v tekbiologicheskiy institut. Trudy, no. 60, 1964.
Povvsheniye resursa raboty aviatsionny" detaley fe-Irbnologichegkimf aredstvami (Ea-
creasing the efliciency potertial of wrcraft parts by technological proced'.ires), 33-49
11 Iq
TOPIC TAGS: thre grindIng, gMraft construction,' aircraft engine, allGy steei, metai
working, thermal processing alloy El 415 Ir
ABSTRACT: 71be article reports a study, both theoretical and experimental, of the pro-
blems involved in the machining of threads on the more important structural units and
parts of aircraft engines and sijniiai~ power plants, with particular attention to the
apecific problem of heat related phei~~omena encountered in thread-grinding on guch mater-
tals. The autbor aGtea tb~at. since t7ie standards that 1,ave beendevised for general machine-
building encompass only the grinding of threads on carbon, iast-outting and low-W10y
3teels, these Eiame standards are InRppplicab tc aviationT at als which, thanks to the
?_ -Lenum ave higher phyitcal-
inclusion of vanadiumUchromium~/tuni,sten~And raolyb-,_
Mechanical Fro-p-erUe-s'. -TSFU-a-sic Zrfs__ =_0__& St-ucl-y -reporMeoln, in this paper were to

L 27610-65
ACCESSION NR- AT5001353
establish: 1. the relationship bet7wei!n the intensity of heat liberation and the working
conditions under which thr-Ld frrindin.4 is performed. and 2. the laws governing the
distribution of the contact emjjvf-.,,tur-? Ur~jugLoi:t -1P profile dej)th of the _nread
Principal attenbon in the article is given to the nnaLter of Ule temperature generated in
t
.he zone of cont3.ct between the g-rinding wheel and the thread surface of the part. since
it is this contact temperaturp which has a decisive effect on the quality of the surface
layer of the thri~ad (surface finish, siaring. crackh). The irst section of the article is
mostly theoreti,~al in nature, and it i.,; in accordance with the cons ideratic as derived and
explained in this section that the experimental, tests, described in the second section,
w6re carried out. These experiments were conducted an an MM582 thread- g-rindi ag mil
Type E1415 alloy, widely used in the aviation industry, was used in the tests. TE.- effect
of wheel velocity on contact temperalure was not studied in this article. Thread length
on the sample was 18 mm. with the ritch set at 1. 5 mm (the specification most frequently
encottutered in the aviation industry). *Ihe problem of measuring the temperature during
thread-grinding was considered only from the point of view of those methods which couid
be used in the apecific case of interest to the author, namely, temperature determination
by means of natural, semi-artificial and artificial thermocouples. -the second method
was preferred, and the reasons for this preferfmce, along with a brief description of the
method itself, are presented in the E,rtlcie. The final section, of the pap,~r dealg with e.
discussion of tdo experimental results, -hich are pre-seated in the f')r-m of curves
C,rd 2/3

L 27610-65
)ACCESS1011 XR: AT5001353
cial attention.-in this discussionj Is given to the effeet of the blunting of
'the grinding whesel and of the lubricating-coolirg liquid on the contact temperature.
The work carried out by the auti,,or, wh~ ch deals ma_~ nly vdith the qualitative aspects
of the probi- am, c1 early showed -,:-a ~ -: ; ~~.,est hpat-s tress or. 1. he thrie-ad
profile durling thread grindLng -s 1~he sec~~-d :>r-!,nt
on the proAllie, in terms of hea~-st_r-t,~, _B 'o- r~f the t~rf'all. A fur*,ner con-
clu&ion is that an abundan,. amo-int o. liquid' siwili1d t)e uged in
the thread-grinding prccess. 3.-ig. ar-T,. hasi L4 formulas and 11 14gures.
ASSWIAT'LuN: Aviateiomyy tekhliologicheskiy inatitut, Ifoscow (Aeronautical
Engineering Institute)
iSUBMITTED*. 00 FSOL: 00 SUB CODE: 1E
-'M RLF 56V S 004 Orrims, 000
CArd.
3/3

Usr-naiy, NIKOLAJ EVGENI~EVICH
Impul'snyi. (sverkhskorostnoi) metod v rentgenologii. Stenogramma ~ublichnoi lektBii,
prochitannoi v Moskve. Moskva, (Pravda) 1949. 23 p. illus.
Impulse (super high-speed) method in radiology.
DLC: T1?750.U8
DA CU CtY MH
SO: Manufacturing and Mechanical Engineering in the Soviet Union, Library of Congress,
1953.

RAYEVSKIY, D.A.; NEPOKLONOV, A.A., kand. biol. nauk; IVASHKOV, I.S.,
starshiy nauchnyy ootrudnik; TAIANOV, G.A., starshiy nauchnyy
sotrudnik; PETRYAKOV YA.A.; USPENSKIYp P.A.
Composite method for controlling Hypoderms, infestation. Veteri-
nariia 42 no.12:37-41 D 165. (MIRA 19:1)
1. Nachallnik veterinarnogo otdela Oblastnogo upravleniya sellskogo
khozyaystva Tul'skoy oblasti (for Rayevskiy). 2. Vsesoyuznyy
nauchno-issledovatellskiy institut Yeterinarnoy sanitarii (for
Nopoklonov, Ivashkov ITalanov). 3. Zaveduyushchly Baykhorskim
veterinarnym uchastkcm (for Petryakov). 4. Nachallnik Nizhne-
ilimskoy stantaii po bor'be a boleznyami zhivotnykh, Irkutskaya
oblast' (for Uspenskiy).

3(5) PWASS I BOOK EXPLOITATION 3OV/2302
AW'FaIrs, nAuk Ukrainakey SSR. Inatitut geologil poloznyidt Lskopaye-
17kh
.froblo" Xigratall norti I fortalrovantya nortyanyidi I gazovykh sko-
Plenty, materialy Lfvovs'--7 diskuPall B-12 way& 1957 s. (h-bloft
Of 0&1 Migration and the Formation of Oil and Gas ActumulatiOnA;
materials or the Discussion 8*14 in L'vov . May 8-12. 195T) Moscow-
Dostoptokhladat, 1959. 422 p. 1,100 copies printed.
We.: V. S. Forrir-yov, Academician of the Ukrainian SM Academy Of'
Sciences. and 1. 0. Rrod, P"fmaisor, K:xec. Sd.: P. R. Yershov;
ftch. Rd. i A.S. PolosIna. SdItartal Board% 1.0. BrOd. Proressar.
X-R. Ladyzhonskly, and V.D. Porrirtyev, Academician of the Ukr&in-
Ian Academy or Sciences.
rUR?OSZ3 Thim collection of' articles Is Intended for a wide range or
9*010912to and roodamh workers interested In oil problems.
COVERAGEL Articles contalawd In this book deal with the problems of
Migration and accumulation or all and gas. rheso problems wore
discussed in Nay.1957 at L,vOv State University La. 1. Prank* at
NWO ting Orgavil od jointly by the ZnatltU-,* of Go*logy and Xln;r-
at ROSOUMON, Academy of Scl-va of thc Z3,"It. the Department a
06ology and oil Exploration or the L*vov Poiytechnic Institute,
and the L-vov Geological Society. Theories on the origin or pe.
trOISUIR deposits and the conditions surrounding their Occurrence
are treated. There are 327 r6forences'. 232 Soviet. 86 znglimn,
5 French# and 4 Oorman.
TAMS OP CONTENTSt
Introduction 3
Opening Address by the President of the Organization Committee
of the Conference V.D. Parfir-yev 5
-t-?- IVXIaRZ. LonIngrodl Migration processes in the
Ifub"PillOry Channels Or Mottle Product$ Portwed Prom the Dispersed
Organic Matter in Sediments 311
VsPenski,y. L.7- IVNIORI. Leningrad) The Waya of Oil Transformation
IWIWPOTTtv- 318
B*COUQIQVA A. 1. IVNIaRl. Leningrad) The Pmblou or oil composition
Ch"&*& Dejanding on the Age or the inciosin, Rocks 322
Wchonks..Q.A. (LAboratorlym, ugly&) -he InItlea Stage or oil
Migration ' 326
Grinberg, X.V. 11natitut Cgologli polgznykn uskopaysm7kh, L-vov]
Problems In 04hetic Relationship Between the Or-imnic Kerogen and
Natural Oil 3"
Dolitakly. 3.A. (Inatitut nortl, Mogeo.,j) hrobleas of Oil Deposit
----Zgr"tLon in the Devonian Of the Russian pLrtfora 343
grotava, V.A. tVNZGRI. Leningrad) HydrogoologIC&I Factor$ in the
-formation and DostructIft of the f1ralo-Pomighlyo Oil Deposits 31.)
94Us1J6--T.Q. JTmH1L Ukhttnsvo6~ nortokovibXnatal conditions or
Oil Occur*"e In the Tjao-?*cborxksy& province
I