SCIENTIFIC ABSTRACT PAVLOV, F. F. - PAVLOV, G. D.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001239610011-7
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• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: August 1, 2000
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Geodesy
762
Ch. I. Introduction 5
1. Geodesy and its significance in the national
Economy 5
2. Historical sketch of the development of
geodesy 6
Ch* II. Determining the Position of Points on the
Earth's Surface 12
3. The Earth's size and shape 12
4. Representation of the Earth's surface 14
5- Systems of coordinates used in geodesy 15
Ch. III. Charts and Maps 23
Contour and profile 23
Scale 24
Effect of transition from a spherical to a
flat surface on horizontal and vertical
distances 28
Card 4/12

Geodesy 762
9. Maps 30
10. Map nomenclature 31
11. Symbols (conventional signs) 35
12. Representation of relief 38
13. Degree and kilometer grids (networks). In-
formation placed beyond the confines of the
frame 42
14. Interpreting a topographic map 44
15. Reduction of maps 46
Cho IV. Orienting Lines on a Locality 49
16. Orientation of lines. True and magnetic azi,
muths. Dire ctional angle. Bearing 49
17. Relationship between azimuths and directional
angles 52
18. Compass and surveying compass 55
19. Orientation of topographic plan or map for
a locality 57
Card 5/12

Geodesy '(62
Ch. V. Problems Solved With Topographic Maps 61
20. Determining right angle coordinate points on
the map and plotting points on the map by
their coordinates 61
21. Determining the height of points by hori-
zontals 62
22. Determining the steepness of inclines and
grades by horizontals. Gradient of slope 63
23. Measuring areas with plans and maps 65
24. Planning a route having a given incline 73
25o Constructing a profile for a given route 74
26. Deter-mining the limits of drainage areas 76
27. Determining the volumes of earth configurat.~ons
by means of a map with horizontals 77
28. Plotting recesses and enbankments on a chart 78
29. Charting a locality 79
Card 6/12

Geodesy
Ch. VI. General Information on Geodetic Surveys 80
30. Types Of surveys 80
31. Principles for organizing surveys. The concept
6f a bea&ing grid ' 1 81
32. Geodetic methods of creating a bearing grid 82
33. Designating and fixing points in a geodetic bear-
Ing grid 87
34, Leveling grid 91
Ch. VII. Measurement Errors 92
35. General infoxnation 92
36. Basic characteristics of random errors 93
37. Mean quadratic errors 94
38. Deduction (derivation) errors 98
39. Reliability of observational data 100
Ch. VIII . Measuring the Length of Lines 103
40. Point designation 103
41. Staking out lines 104
Card 7/12

Geodesy
42. Instruments for measuring the length cf lines
43. Measuring lines with a steel tape
44. Corrections for inaccuracy in the length of
the tape
45. Reducing inclined lines to the horizon
46. Clinometer
4 Errors in measuring lines with a steel tape
;
2 -0 Work izorms
Ch. IX. Goniometers and the Measurement of Angles
49. Pandamentals In horizontal angle measurement
50. Umb and alidade
51. Vernier
52, Alidade eccentricity
53. Magnifier
54. Telescope
5Z. Levels
5 - Verifying transits
57. Measuring horizontal angles with a transit
58. Errors in measuring horizontal angles
762
105
107
108
log
ill
113
114
116
116
117
121
122
123
124
130
133
137
139
Card 8/12

Geodesy 762
9. Care of transits 142
9
0. Work norms in measuring angles 143
Ch. X. Surveying With a Theodolite 144
A. Field Operations 144
61. General information 144
62. Transit traverses 144
63. Connecting transit traverses to points in the
bearing grid 146
64. Surveying topographical features 147
B. Office Operations 151
65. Processing angle measurements 151
66. Computing directional angles of polygon sides 152
Computing horizontal extensions 153
9-0 Computing increments In coordinates 153
69. Connecting increments in coordinates 157
70. Computing coordinates 161
Card 9/12

Geodesy 762
71. Diagonal traverses 161
72. Constructing a coordinate grid 164
73. Constructing a chart based on transit surveying
by coordinates 1-67
74. Work noxms 169
Ch. XI. Vertical Surveying 170
75, Purpose and types of vertical surveys 170
76. Geometric leveling 171
77. Corrections for the Earth's curvature and
refraction 173
78. Complex leveling 175
~9. The state leveling grid 177
0, Levels and surveSring rods 179
81. Engineering and technical leveling Igo
82. Problems solved on the basis of a oross section
obtained by engineering and technioal ieveling
83. Leveling specific areas 2o8
Ch, XII. Tacheometric Surveying 215
Card 10/12

Geodesy 762
84. General information 215
89. Vertical circle of the tacheometer 216
8 . Range finder
87. Horizontal circle of the tacheometer 227
88. Tacheometric surveying 228
89. Office operations 232
90. Work norms 239
Ch. XIII. Large-scale Plane Tabling Topographic Surveying 240
91. General information 240
92, Plane table and its attachments 241
93. TelescopI a alidade 242
94. Plane table attachments and their verification 244
95. Large-scale plane table surveying 245
96. Surveying contours and relief 246
97. Work norms in plane table surveying 250
Ch. XIV. Principles of Photogrammetric Surveying 251
Card 11/12

Geodesy 762
98. Problems and types of photogrammetrio surveying 251
99, Ground (terrestrial) stereophoto surveying 251
100. Aerial photo surveying 255
101. Office processing of aerial surveys 2~8
102. Interpreting aerial photographs 2 0
103, Simple geodetic measurements with cont4et
plane table impressions 263
Ch. XV. Geodetic operations at Mine Construction Sites 274
104, Types of geodetic operations at construction sites 274
105. Geodetic operations in horizontal charting 275
106. Geodetic operations in vertical charting 282
Appendix
Bibliography
AVAILABLE:
Card 12/12
Library of Congress (QB3Ol.P3)
IeVwde
11-13-58
288
289

lii~
, .-Y'-_'-'T"W*- Iovif Yakovloovich, SINAI-CiAN Ruben Rubenmich; L4QLLjL4*l
,ro f om, P o r, dokt or, r;A G fm zit n t , f'~MGUDUV . H ~ A. , irRnd Writ ti -
,:-h,iilrikh nmik, rptreazont~ (GtUPLIN D.W., redal-tor.
V.N.. rodaktor; ATTOPOVICH. 9.K., tokhmicheakly rodaktor.
z~ter~ravliotogzarvuetrlc vuxvevine of open-cut mineel 6tereofotogr'l--
lir*.rlr,hmri,-.mln r"anikft Goa. nailchno-toikhm.i.-o-v
.it-ry on ~hernni I t-rotrol vAtallurgit. 1956. 177 o. k 1~ - 'q " , - ~
(Fhntoeramm--try' (Vino

_ ?AVLOV. Fedor Pedorovich, prof.; HASMVICHO, Vladimir Pavlovich, dote.;
FWWW. Boris Dmitriyovich, dote.; HAZMISHVILI. A.I., otvetotven-
nyy red&; SLAVOROSOV, A.Kh.. red.lzd-va; AUDDVA,, Tc.l.. tekhn.rayi..
B12LOV. A.F., tekhn.red.
[Surveying] Geodeziia. Moskva. Ugletekhizdat. 1957. 356 p.
(Surveying) (MIRA 11-5)

,
;,V i ff R v i --~ v a r ~) r o n t u r I) ' T
z; -ne rrob!em of' ~--qtjmutinp -he -%ccur-ac I.
nq t .) Ft Pvvt)-(:-c 4T) Mettl.'d ~K on .-rlko
ura-inoveshiviin: I r)., met(--di., (j,jqKfi Fj-,~)p
izvest iya vysr0-,ikr, hnvrkl-. zave-apnly
Fj C- r 3 " y f! rn K '4 PP
B. The author prnceeca--~ tacklers -r;alu i*-:r t he re~-i rl:-
Df the t',,:ncl'-in of h,.Ilrin-i- 1-ment~-.
the two-grolp n,--Iaric.:,.- .,* . r*,-.UW ~ '.'. -I I. h , q r- ,
Th e r ec I., - 0a I ~Rll t L( 1 Orl ma e. pc s s I ti
t h o:' ti,c- balanced v-j
ias o f, M,- -~ s u I. e j j j 1 ~ t I' -a K i n g ~ n t o r. -
h;, t i n t h I. b a iq n c x~.g ...norretri ca n~! Ls c.- -,r) e
. i t h correc * i -~j c
t h r I i t I no i
wh ~'h oq,,ijj -
1 n i t , 11 1 , ( I ) t. a
u ri~i n o u er r -
tions firo i~ det ex-minut ion of' Aie rt~cip-
rocal we:gi;*, -." r,,- Itificeci va (-,? m e-L!-- t~ r C-j q L;a n t i L , c,.s . i'0 rw
Card 2 Is (5) is in thiz; paper -igeo t',,.- rind

--s'-Imat i ng t. h F,- rnurney o: B,Allincin,
for the eol-it ion of st--mp'ie probjemj . `rf, ivi~j ,rRt
this ~~: j)l;: L)*, M k' 11, - I , - I- Iu ~ i, . - b I -z U!s
t h P c a I c,- I a n e p n b o. n t 11 a t h -
c o ns i d c rF, r fn t - -Li a r, -i ir, -o T h,' ~'C Tll.. I
a c -. ra 2,v .4' r,;t I resulL~~ ',"hpre are 2 tau
N M o s k,~ v s K r n,,,ry i rj:, t t 1 m
ns t it -a impn 1 1

V!,-V. t (j --- 'I
T "Pi. z, -, ri E, v ro b 1 em c V 1 ma ng 'k. o c c zi r q~ c 1
-,nR to q ilK no
uravnoveshivan~ mctt:J)., a---ier,
izvestiya vyssHPtt zaveapm~,-. ;f-f)dpzivr, i
pp 17
The author proceec,,- fr~.,. 17.111a ~-,) fc:r the rt-ir:-
a f h e 1', ,: nc , . -~ n r) p b If, n "Mon t r r. 1"Flu
thp two-pro ip m- laric , .1. , .4 . &
The rer: F
the mean snaur,, c..-vi,,t "Lmc~i,~n o:' ti!e balancea
ales Of 12). 'Paking Into
Ih-Qt in th, baiqncr;!i I r1olpt.,
I . n
gl-,. th. r-*-)j:r3~tl",n!, il'h correc'--, !',i c ~j -
w j n I I " ) ..- , -1 ( ~ ) T. a K.. r. !, , rl!.
rm, - , - "I 1A irl ;.. r ;i t I Uri ~l 0 e a - r
tions c,; ~trc- c --m ,-iecteU -Otn i:.-- dett.,rmi w, t i on o tie recip-
210cal we~gjl.- tr-,Jancea va. mesu-,-urej q,.;antit,,?s. ;,ormi-
Ca rd 2 la ( 5 ) is , n this rmper ag eu -h, )ro- i c;i . dk-r lvsit ~ a rid

pr b I j-,m r4' -,s t ma L i ng t h (- f-curacy of BqLaticin,
Gro.:p
for the jul-it ion of !:ory,,. qFmpl e problemo . "ni, ripul ,rat
thits !'.jmn~lu ~11,; ome rl'. n~.Vi (:?I. ; r tuls r"Ill
thp ,-an Or s.-,en that tht
ce tic iderkb I y I, t- t Q ; . M,) j : '- . vf S T h p 0 -: ;. ~
acc-.ra,%v results. There are 2 tEiui..-.
Gcrnyy ir.:,'itut im. t: U W r -:p
.0c 1 i,,tT I uN Mos k,~ v s K i y
Instit,te impni 1. V. t!
I IBM T'PT
, 1, 1

PAV-IDV, F.F.. prof., doktor takhn.nauk
LU-1 gonionater for underground mine atirveying. Nauch.dokl.vya.ahkoly;
gar.delo. no.4:91-98 1 58. (MIRA 12:1)
1. Prodstavleno kafodroy geodezii Moskovakcogo g6rungo inatituta iment
I.V. Stalina.
(Mine surveying) (Goniometers)

!F~AV~LOV. ~. ~rof.; NECHIKOV, O.S., Inzh.
Determining blasted rock lwminess in quarries and studying
fissured bench edges by the photogranmetric method. Izv.vva.
ucheb.sav.: gor.zhur. no.10:61-63 '58. (HIRK 12:8)
1. Moskovakiy gornyv inatitnt.
((biarries and quarrying) (Photogrammetry)

V,
MAZHISHVILI, Abram Ivanovich. prof.. doktor tekhn.nauk; BUTATNV. Boris
Ivanovich. nauchnyv sotrudnik, kand.tekhn.nauk; WILOV9 FoI.,
prof., doktor tekhn.nauk, retsenzent; PAVLOV, F.F., prof.,
doktor tekhn.nauk, red.; PAVWV. F.F., red-.;'-SMRTGIHA, A.I.,
red.izd-va; ROMANOVA, V.V., tekhn.red.
[The method of least squares] Sposob naimen'shikh kvadratov.
Izd-vo geod.lit-ry, 1959. 370 P. (MIRA 13:2)
1. Eafedra Markaheyderskogo dela Moskovskogo gornogo institute
im. I.V.Stalina (for Belyayev).
(Least squares) (surveying)

3W
AUTHORt k&yJDy,-Z---2,, Doctor of Technical 30V/6-59-12-3/22
Sciences
\1Y
TITLE: Adjusting the Polygon Nets by the Trilateration Method
PERIODICAL: Geodeziya i kartografiya, 1959, Hr 12, PP 14 - 17 (USSR)
ABSTRACT: The trilateration method can be used for the approximate
adjusting of polygon nets. In this case, the corrections of the
angles and sides measured will come closer to the corrections
determined by the method of least squares. It is assumed that
the nodal points of the polygon net and the starting points
(in which the polygonal traverses are joining) can be connected
by straight lines. Thus, triangles are obtained with sides of
known length, i. e. a trilateration net. As there are excessive
side measurements available for determining the coordinates of
the nodal points, this artificial net can be balanced. The
adjusting of such a not is shown here. The adjusting method by
indirect observations is used. The procedure described is
explained by means of an example. There are 2 figures, 1 table,
and 1 Soviet reference.
Cz,rd 1/1

FAnOV, F.F., prof., doktor tekhn.nauk
Concerning a mistake made in investigating angular errors in
traverse surveys. Izv. vys. ucheb. zav.; geod. I aerof. no.2:41-
42 16o, (MIRA 13:6)
1. Moskovskiy gornyy institut imeni I.V. Stalina.
(Traverses (Surveying))

PAVLOV, F.F., prof.
Adjusting traverse lines and orientations through several shafts
by means of a triangulation network. Izv. vys. ucheb. zav.; gor.
shur. no.10:38-" 160. (KIU 13:11)
1. Moskovskiy gornyy institat imeni, I.V. Stalina. Rokomendovana
kafedroy marksheyderskogo, dela Moskovskogo gornogo instituta.
(Kine surveying)

HASMUCH9 Vladimir Pavlovichp dota.j
dots.; RODIONOVI, L.Te.9 otv. red,;
SIAVOROSOV, A.D., red-, IM.-ma; BOLDYREVA, LA.,, te)dm.red.;
PROZOROVSKILTA, V.L., tekbn. red.
[Geodpayl Geodezila. Poskva, Goa. nauchno-tekbn. izd-vo lit-
ry pb gornoza delu, 1961. 274 p. (MIRA 14:5)
1. Moskovskiy gornyy institut ( or Pavlov, Mashkevich, Fedorav)
(Surveyingf

FAVLOV., F. F.
The U-2 couWator. Geod.i kart. no-8:52-54 Ag 161. (MIRA 14:10)
(Measuring instruments-Standards)

PAVLOVP F.F.
Error of the position of points detormined b-j trillat-e-raticl-1.
Good, i ka-At. no.10:10-16 0 161. (iml 14:11)
(Trianrj' litior.)

PAVIDV$ F.F." pr,.,I*.
Condeming thr. artAtle bf B.A.Lit-vinov OYkjke about th~ r1l3trIlbutlon
of'errors in travprsp nnts." Izv. v7s, ucheb, zav.; geod. i eqrof,
no.5cl2-2-123 164. (14IRA 1815)

_ prof., otv. red.; NJKOLAYFVA,
VOSTROVA, OlIga Danilovna; UVLQ.V
T.A., red.; VINOGRADOVA, V.A., tekhn. red.
(TT-50 and TOM theodolitos, NV-1, NSK-2 and NP levels; their
description and tests; laboratory manual] Teodolity TT-50 i
TOM, niveliry NV-1, NSM-2 i NP, ikh opisanic i poverki; pc,so-.
bie k laborator-ny-m rabotam. Moskva, Univ. druzliby narodov,
1963. 51 P. (MIRA 17:4)

PAVLOV, Fedor Fedorovicf~, . . 1h V, famlovra, kand.
lrc!,;a ]~^FfYovl-uq.. xan,~;. tekhn.
muk
(Higher geodesy; handb,~o~ c)rj pra,-t~icaa ,mrk (section on
lltriangulattonl",' "~, sii-.a~a pc.--oui,
chaskim rabotam (--c. ;Iel "T.-Jan,-u-liut6ila* ).
Moak. gorvyi in-1, -9t.l. 159 1. J.ii2
1. Kafedra geodez. 1 l!c,-:lk(,vsl-ogo

PPVLOV. F.F. ..
Errcr ir. ~-r c-,f u tr!*j,,terat--,-
I 'T,
gc-.dej,~, --'- , . n ., - ,
r.et-work,, Tnidv Hn . f~razv, a r e , g- Z'd C. -~-4--
249 t63. -A!i~j)'

PAVLCYV, F.G.; KLINOV, S.I., In-,I,,.
Providing excellent maintenance of the contlnuouB rail track
in a high-speed section. Put' I put. khoz. 8 no.9tlO-12 164.,
(MIRA 17t:Ll)
1, Nachalinik distantsil puti, ntantelya Moskva-Oktyabr1skay&
(for Pavlov). 2. Stantsiya. Monkva-Oktyabr1skaya (for Klinov).

FAVLOVp F.I.; PAnOVv A-.V.-
Device for dumping care lmded with aoil, Suggested by ?.I.
Favlovi, A.N. Panov. Rate. predl. no. 43:15 159. (MIRA 14:1)
(Damping appliances)

PAVLOV F. I. ; PAW, A. IN.
Device for dimping care loaded with soil, Suggested by F.I.
Favlovp A.N. Panov, Rate. predl. no. 43:15 159. (MIRA 14:1)
(Dmmping appliances)

PAVLOV, F~G.j KIMOV; S-I-~ in7h-
I m p r o .-in g t h f- hr, c.,,, c, g-y c, f !3 t r e ;; a r t- 11 f-, v 2-n i~. - ~-, * 4 ~ Pu * - kz "
9 no.la4-~ '65 ( 1.11 F~-4 1~ i e,)
I . Na-,hal inik di stantst 'I Trat I , 6 t,:ir. t-s-, Y!~ Mc ~- I Ytbf - - "Ya
( f or Pavj,~v) 2. Stani si ya L,:ik~iva ' f -r KI i r.--:v) .

~ PAVU)V v F. I.
F.I. Pavlov.
mounted on an elec"'ric locmotive, Suggested bv
Rate. predl. no. 43:16 159. (14IRA 14: 1 )
(Graders (Earthmoving machiner7))
.; I .
. -
- . .1. -

SOV/1 37-5q - 3-546-5
Translation from: Rcferativnyy zhurnal. Metallurgiya, 1959, Nr 3, p 76 'USSRI
AUTHORS: Pavlov, F. I., Diyev, N. P.
TITLE: Oxidation of Sulfides at Low Temperatures Under Dynamic Conditions
(Okisleniye sul'fidov pri nizkikh temperaturakh v dinamicheskikh
usloviyakh)
PERIODICAL: Tr. In-ta metallurgii. Ural'skiy fil. AN SSSR, 1957, Nr 1, pp ~z
35
ABSTRACT: Data are given on the investigation of the oxidation of sulfide ores
under dynamic conditions depending upon the presence of cellulose
and moisture in them and upon the duration of the action of atri-los
pheric Oz on them. The ore investigated consisted mainly of pyrite;
Cu minerals were represented by chalcopyrite, tennantite, co.-ellite,
and chalcosine. It was established by the investigation that With (or-
tinuous blowing through of air the oxidation rate of moist ore is 100 -
2000/o greater than that of dry ore. Moistening the ore promotes
oxidation because it causes the leaching out of Fe and Cu sulfaies
formed and destroys the films of the reaction products, thercbv
Card 1 /1 exposing the nonoxiclized surface of the ore. Addition of (ellulose

SOV/1 37 - -9 - 5 -
Oxidation of Sulfides at Low Temperatures Under Dynamic Conditic'n-5
accelerates the oxidation process of the ore by 200 - 3000/o as compa red t-) '11k.
oxidation of air-dry ore.
L. K
Card 2/2

PAVLOV, F. N.
USFR/Mining - UndergroLuid Fires, Fine Saf et~, J-1 52
"Prevention of Lndogenous Fires in Copper-Pyrite ~Iines,ll A. it. Ivanov, K. M.
Charkviani, Ii. P. iAyev, K. V. Kochnev, Z. G. Sheina, Ye. F. lordan, F. N. Paviov
111z Ak Nauk, Ortdel Tekh N:auk" ho 7, pp 107-1044
Presents resulis of works conducted since 1~41 by a group of _'oviet irivestigator,5
studying causes of underground fires and establishing preventive measures. Disc", es
selection of minin,-, system safe in respect to fires, siltinL- as basic preventive
measures against undurground fires, and vcritilation for c ooIIr,,I- ore rc)cks and for
maintaining nomal temp conditions Ln nines. Submitted b,, ikcad it. It. Skocair,ski~
1 Apr 52.
PA 228T99

oxidatl Kulfla,6i4:, Y"~I<
ldir
on
7
d
,
-A;
~iaX(
Cu
cant
; Fe 421
5
R
d
r
S W
2l~~
.
e o
e
.
R
m
g.
.
,
1-95, Si 2. and Al-03 27o was oxidized uniller adLbatic

Vvilh tip at 'W"
zonditi6os in a slow cmnnL of air _mtd.
-it -rose
V tlou$ U, -to, -in' h ;'-~Theit.

269
n
77
ang and.ut1h
4 rupt IlIng 4 Pja hrs.
b
lvaVllot.
hl;ber teni vic-free ap ce
-
Ilin Pla Y rot
Mid t nw

T

7

&il WAd*5 at low t=pmtureg tvider swit

V 4",
of p d N, P. Plev
ej

4404 re ox1dized at W for 30 days, initialiv at Rtt.*,
vct~_ 4an app. shown in the diagm~, '* This cunsisted
-tub-
buttles, both ccinectrd with a V cuntg. oil
WI1I&,sc:rved as i differctitial wanumeter. The oce was
~'-PlUtd -Ouc bottle and em equal voi. of glass placed In the
-
e
b
i~
en
th
er; t
c system was scaled tightly. and from time to
-..i--,tliti6tlteC~-absorbedvvasdetd. from tbeol!lcvtq. AIS~Dthe
-e=pkles were analyzed More and after. Tbeoxidathoarate
j,:A6M(lCe.UpDn PartIC10 SIZC; thus 11.96 X 10-f g. Ov WaS
I
abs
er On
on I
of o
ith
I
W
ti
f 0
13
Lf
re w
V4 o
.
in"i.
C
g,
K
1)
p
y
;.diaut. ah&2.9 x 10-0 g. on that with 5 rurn. dimn. A
1moistened ore-o4dized t%ice as fast as an airArIcd oac~
4
saxvdwt lzad no -rTect upon 1i,_ oxidation
z Malcolm Anderson

USSR/Cosmochemistry - Geochemictry. Hydrochemistry D.
Abs Jour : Referat Zhur - Khimiya, No 2, 1957, 4166
Author : Wylomlbl F1&, Flyiiqnin, V.G., Iordan, Ye.F.
Title : Search for Creanic Compounds Inhibiting the Oxidation
of Sulfide Ores.
Orig Pub : Zh. prokl. khimii, 1956, 20, No 2, 166-175
Abstract : Control of underground fires at pyrite deposits can be
effected not only by mechanical but also by chemical
means on utilizing water coluble substances which pre-
vent oxidation -_ antioxidants or inhibitors. Over a
period of 65 days experiments were carried out on tes-
ting various inhibitors: 1) tar water; 2) technical
xylenes; 3) aniline; 4) phenyl hydrazine; 5) furfural;
used in the form of aq~ueous colutions, and for the sake
of ccmparison therewith, also of tap vater. Operational
procedures and the results are described in detail. It
was found that some orgabic substances, such as phenol
Card 1/2 56

r 14111 -M U Pt kf%. -OA
v6 I
IR ,y, l-,"i
F

PAVLOV, Y.N.; PLYUSHKIE, V.G.; IORDAN, Ye.F.
Investigating organic compounds vhich retArd the oxidation of
sulfide ores at Increased temperntures. Zhur.prikl.kh1m. 30
no.6:944-947 Je 157. (MIRA 10:10)
(Sulfide ores) (0-yidntion)

KUZ?BTSDY,, SMBFC-NljIKOV, O.V.; DERMANKIN, V.A.; VOLIOVA, F.I.;
PAVWV,_Zd1,; YEVTYIJTOV, S.A. ; CHR-110DINOV, V.S. ; STOLYAR, B.A.
'TUI-OVILIAN, I.V.; LIVER, V,B.; MIYCHENKO, V.S.; B.A.
"Production of alumina" by A.I. Lainer. Reviewed by S.I.
Kuznetsov and others. TSvet. met. 34 no.11:85-86 N 161.
(MIRA 14:11)
1. Ural'skiy politekhnicheskiy institut (for Kuznetsov,
Serebrennikov, Derevyankin). 2. Uraltskiy filial All SSSR
(for Volkova, Pavlov). 3. Urallskiy alyuminiyevyy zavod (for
Yevtyutov, Chemodanov, Stolyar). 4. Bogoslovskiy alyuminiyevyy
zavod (for Konovalov, Liver, Mychenko). 5. Sverdlovskiy
Sovnarkhoz (for Smirnov).
(Alumina)
(Lainer, A.I.)

PAZDNIKOV, P.A.; PAVLOV. Y.N.
-_ -1
Determining the possibility of copper and cadmi= precipitation
from complex sulfate solutions. Trudy Inst. met. UFAN SSSSR
no. 6:115-119 '59. (MIRA 13:12)
(Copper--Metallurgy) (Gadmium-Netallurgy)

PAZDNIKOV, ?.A.; VOLKOVA, F.I.; PAVLOV, F. N.
Concentration of precious metals in insoluble residues follmelng
the aqueous sulfatization of copper-zinc concentrate@. Trudy
Inst. met. UFAN SM no. 6:85-88 059. (MIRA 13:12)
(Hydrometallurgy) (Precious metals)
~jv

PAZDNIXOV, P.A.; VOLICOVA, F.I.; PAVLOV. Y.N.
Oriented content of rare and disprermed eleiants In copper-zinc
concentrates and products of their processing. TrucW Inst. met.
WAN SSSR no. 6:89-92 159. (MIRA 13:12)
(Nonferrous metals--Metallurgy)
(Metals, Rare and minor)
I '%

PAZDNIXOV, P.A.; PIVLOV. F.H.
Kinetics of dowatering a solution of a mixture of 21Dc, copper,
iron and cadmium sulfates. Trudy Inst. met. UFAN BBSR no. 603-
97 159. (MIRA 13:12)
(Sulfates) (Nonferrous metals--Metallurgy)

PAZDSHOV. F.A#;_ FAV1607. Y.N,
Iron separation In the form of oxide by thermal decoVosition
of iron sulfates from a mixture of Poder sulfates. Trudy Inst.
not. UPAR SSSR no. 6t99-104 159. (MOU 13: 17.
(Nonferrous metals--Xetallargy)
(Hydraulic metallurgy)

PAZDNIKOV, P.A.; PAVLOV, F.H.
Investigating water evaporation and decomposition of suspeaded
Iron sulfates in the same apparatus. Trudy Inst. met. UFAN S&S
no. 6:105-109 159. (KIRA 13:12)
(Nonferrous metals--Metallurgy)

PAZDSIKOV, P.A.. IY"WV F.jk
~- a --'.
_ 7"
Rssldue'leacl~lng foltowing the thermal decomposition of iron
sulfates. Trudy lbst. not. UYAN SM no. 6:111-113 059.
1. (HERA 13:12)
(Nonferrous metaim-metanargy) (Leacnjug)

PAZDNIY.OV, P.A., PAVLOV, F.N.
Regeneration of -ulfurIc acid and potassium sulfate from
sulfate solution mixtures. Trudy Inst.mot.UYAN BSSH no.5:
183-195 160. (HIRA 13:8)
(Sulfates) (Sulfuric acid)

-V04 r
3 At
it
0 z j,j 'S m VIP
Ilia 't S
vh
gas k01
12 Im PH
1:3 1
Ass
lit t IN

, PAVWV, DIM, W.P. (deceased]
Formation of sulfur dioxide In the process of oxidizing pyritic
copper ores at lov temperatures. Trudy Inst.met.UFAN SSSR no.j:
5-7 '59. NIU 13:4)
(Copper ores) (Sulfur dioxide)

p,q V,- 0 / F- /j -
KABBDV,-F,1L.; Dn-V, N.F. [deceased]; PLYUSHIN, V.G.
I
Affect of solutions of certain Inorganic and organic substances
o0he rate of sulfide ore oxidation. Trudy Inst.met.LTYAN SSSR
no.3:9-14 '59. (MIRA 13:4)
(Sulfides) (Oxidation)

PATWT. Y.N.; TMUMVSKIY. B.L., red.; ROMIOVA, N.I., tekhn.red.
[Csochoolovskia is emplating the building of aocialismJ
ChekhDslovaklia savershoet stroitalletvo sotstalism. Mookva.
Izd-vo In-ta neshdunar.ohoshenii, 1960. 57 P. (MIRA 13:5)
(Onechoolovakle-Economic 1)ollcy)

SOV 1 ~7-:~Q
Translation from: Referativ-iyy zhurnal. Mciallkirgiya. 195q, Nr ~. p -4-' (USSR)
AUTHORS: Pavlov, F. N., Diyev, N. P.
TITLE: Oxidation of Pyrite Under Isothermal Condition--s (Okisleniye piritF,
izotermicheskikh usloviyakh)
PERIODICAL: Tr. In-ta metallurgii. Ural'skiy fit. AN SSSR, 1957. Nr I pp
25
ABSTRACT: The authors show the depender-e of the oxidation of pyrite under
isothermal conditions at 1000C or. the grain size Fort-nation of SO,
at temperatures >500 is established. The laboratory apparatus in-
described and tables and graphs fur he study of the parameters ar(!
given.
Card 1/1

SOV/1 37- 59-1-449
Translation from Referativnyy zhurnal . Metallurgiya, 1959, Nr i , p 56 (USSR)
AUTHORS: Pavlov, F. N., Diyev, N. P.
TITLE- Oxidation of Sulfide Ores Under Simulated Natural Conditions
(Okisleniye sul'fidnykh rud v usloviyakh, blizkikh k yestestvenrivrn)
PERIODICAL: Tr. In-ta metallurgii. Ural'skiy fil. AN SSSR, 1957, Nr 1, pp 26-
31
ABSTRACT: An attempt is made to simulate the conditions of the oxidation of a
sulfide ore by means of approximating the natural conditions of this
process. Preliminary investigations dealing with the effect of particle
size on the intensity of HZS04 formation demonstrated that a reduction
in the size of the ore particles tends to accelerate the process of
oxidation of the ore. The equipment employed in the model set-up ;s
described. It is demonstrated that sulfates which cover the surface of
the ore and thus reduce the area that is capable of absorbing 0) are
responsible for the transition of metal sulfides into a soluble state
occurring at low temperatures. As the formation of a filrn of oxidized
materials progresses, the rate of oxidation diminishes Hydrates
Card 1 1Z formed as a result of hydrolysis bring about the cementation of ore

Oxidation of Sulfide Ores Under Simulated Natural Conditions
SO V11 57- 59- -41719
fines. During the reaction between water and the ore, a selective leaching of
certain metals (Co, Ni, etc. ) takes place.
L S
Card 212

5 0 V I i 7 z~', ~ - ~- 4 78
Translation from: Referat~,.nyy zhurnal Me*a,lurgiva Nr 7- 7'5SP
AUTHORS: Pavlov, F. N , Pazdniko,.- P A
TITLE- A Method for the Separation of 1-or, From a Mixture ci Me-alh(
Sulfates by Thermal Decomposition cl the 'roy, Sulfale~- Me I c c-'
N.-ydeleniya zheleza iz smesi sul'tato, metallov puler- -prin,t
raztozheniva sul'fatok, zheleza)
PERIODICAL: Tr. In 'a metallUrgii. Ural'skiv til AN SSSR 1'4',8 Nr
pp ~27 -' i i
ABSTRACT- In order to separate the mair, mass of Fe irom CQMp1LX !-; !a'C
tions t(~rmed during hydron-iciallurgic proces~,ing of ri- -itnc,il k(,r
centrates the author recommerds !he method of herma, de,-%,t,er , g
of the sulfate solution and a selective decomposition c1 'f,e Fv s,.;
fates to Fe 0j at 600 - 6500C. All these pro(eSSCS L-aT- bC PCI-!(11-111t'd
in a single apparatus, namely, a shatt kiln equipped It, ! atomi/.rp. th.,
sulfate solution. As a result o, dewatering and decomposit,C), ~,; -he
kiln there remains a powder corsisting of Fe)Oi ard s Aiaies (f Zr,
Cu, Cd. etc , which cannot be decomposed b~CaL!Se 0: -helr g1-Cd'Cr
Card 1/2 stability 'n leaching out of he powdery scori, wth ~xa,er f.e

SOVA 37-5Q 3 5478
A Method for the Separation of Iron From a Mixture of Metallic Sulfates ( ( on, I
undecomp,ised sulfates of Cu, Zn, Cd, and others pass into solution While Fe 01
is separated in the form of insoluble precipitates. The FeZO3 obtained contairls
57.97 - 59.720/o Fe, 0.5 - 0.860/o Cu, and 1.58 - 2.540/6 Zn; it can be used withc),11
further treatment in paint preparation or as jeweler's rouge. When Fe201 is
reduced at 900 - 10000 a powder of cuprous Fe can be produced. The tiltra,e
remaining after the separation of FeZ03 can be used for the separa!ion of CU and
Cd and in the preparation of metallic Zn by electrolysis.
N. P,
Card 2/1

IL'6 V L,
SGIV~', ~7-58- .2- )-'-177
Translation from: Referativnyy zhurnal Metallurgiya, 1958, Nr 12, p :iO (USSR)
AUTHORS: Pazdnikov. P. A , Pavlov,_-F. N
TITLE: Dewatering and Therma) Decomposition of Iron Sulfates in Complex
Sulfate Solutions (Obezvozhivaniye i termicheskoye razlozlieniye Sul! -
fatov zheleza iz slozhnykh sul'fatnykh rastvorov)
PERIODICAL: Izv Sibirsk otd. AN SSSR, 1958, Nr 2, pp 51-56
ABSTRACT: In order to remove Fe from complex sulfate solutions obtained in
hydrometallurgical treatment of polymetallic concentrates, a rnetriod
of thermal decomposition of the Fe sulfates is proposed Conditions
of concentration and selective thermal decomposition are studied At
620-2400 virtually complete decomposition of Fe sulfate takes place
without decomposition of Cu , Zn, and Cd sulfates. When the pvrite
cinders are leached bv water, these sulfates go into solution, and it
is virtually pure Fe oxide containing 0. 5-0 86% Cu and 1 58-2 5% Zn
that remains in the insoluble residue A model of an equipment of
the shaft-furnace type for dewatering and decomposition of Fe sul-
Card 1/1 fates is tested. L P

FAVLOVj F. If.0 and 0119Vp ff. F.
"OX16":Wn of WitO UlAer Isotbarral oonditiams, " p. 22
"OXIdation of Sulfide Orels arder near.Natural Cond1tions." p. 26
"Oxidation of Sulfide Ores at Low Tqnperatureg unjer Dynamio
Cooditions."
in book,, C01100tion of Studies In the Patallurgy of Beavy Nonferroug j*tals.
Sverdlovsk, *7, 168pr (SOrIOD: Ift TrudY, v7P. 1, Inst. metallurgil, Urs.1'skly
f Mal, Sverflovsk, Acad. Sci. USMT-

PAVIOV, F.W.; DIYEV, N.P.
"~~~!!Glng writes In Isothermal conditions. Trudy Inst. met. U7AN
SSSR no.1;22-25 157. (YUPA U: 9)
(Pyrites) (Oxidation)

PAVLOV, Y.N.; DIYEV. W.F.
. -
Oxidizing sulfide ores in conditions close to natural. Trudy Inst.
met. UFAII SSSR no.1:26-31 157. (KIRA 11.-q)
(Sulfides-Retallurgy) (Oxidation)

IPAVWV. ?.P.; DIYXV, W.F.
Oxidizing sulfides at lov temperatures In djrnandc conditions.
Trudy Inst. not. MAN SISSR no.1:32-35 157. (KIRA 11:9)
(Sulfides) (Oxidation)

PAZDNIKOV, P.A.-; FATIOV, F,X.
Dehydration and thermal decomposition of Iron sulfates from couplex
sulfate solutions. Izv. Sib. otd. AN SSSR no.2:51-56 158.
(MIRA 11:9)
1.Urallskiy filial AN SSSR.
(Iron sulfates) (Hydrometallurgy)

i 'I'tri-ki i , r, . i .
-I L* -, . 3-)050- 3-1?-.y f. -:0 -.r)-., -a 7rO10 'Of S-3 -'~ . (1-,, 0 --ta - - .
( (-~Oi I ~,; ) , , :;-?n -. " ill I I- I . I "I - -1 1 1 - - ~i
.~ -1 ) . ! ~ ", ~-, .-1 0 , ~), -~O- ~, , ;.
iC- K,~izniaya Leto-,-dst, 'Jol. 7, 1'4):)

POLOV, 7. a.
32625. VIIYBnIYO dopolutteinogo k ratSionu Vitanimnogo p1gant" na rest I
vosprolmd1tellbyp fuWdell shivotpykh. Xbornik mauch. Rabot caskogo nawb-
lasled. Yet. 'Imi-t1h, vyp. 3, 1949, s. 81-93--blbllogri 7 marv.
ON Listoplol Zhuroallnykh Staley, Vol. 44, KDakwa, 1949

VOLOCHNEV, V.A., mashinist; PAVWV, F.T., byvehiy brigadir slesarey. pen-
7 --MWLM V.K.; KRASAVIN, N.D.
sioner; SHCHIPITSYN, X ,
Stages in the great path. Ilek. i tepl. tiagn no.11:38-40 W '57.
(HLRA 10:11)
1. Nlektrovoznoye depo Zlatoust. Yuzhnyy Ural. 2. Nachallnik elek-
trovoznogo depo Zlatoust, Yu2hnyy Ural (for Pblulekh). 3. Glavnyy
inzhener elektrovoznogo depo Zlatoust, Yuzhnvy Ural (for Krasavin).
4. Sekretarl T)artbyiiro elektrovoznogo depo Zlatoust, Yuzhnyy Ural.
(for bnehipitsyn).
(""latoust--I.ocomotives--Haintenance and repair)
(Russia--Revolution, 1917-1921)

P1,VLOVV G.; STANKOV, Al.; DIMOV, M.
Our experience with the removal of vertebral foci and abscesses in
tuberculous spondylitis. Mdrurgiia, Sofia 14 no.2/3:337-338 161.
(TUBERCULOSIS SPINAL surg)

PAVI- 0 V 6:-.
L=IX./Chordeal Technoloa. Chol.Acal Prcklucts rML, Thuir .14i
, %I.Tlications. Focd ImIustry.
AbA jour: Ref 7,hur-Rhi-,.,,., No 8, 3.959) 29318.
ituthor Dimov, D. and_.:L-Lvlov,-G.
Titlc- Pappers -as Vitanin-ContaininC.; 111aw bhterialls for the
Cannine Industry.
Orit, Ilub: Khmnitelm :cronish1cnc;st) 1, No 9, 18-2D (1958)
(in Du].Carian)
,',.bstmct: The asecrbic aciLl (I) content of pappers hasl"Deen
rmasured by the Racri-Eltelen ft-zun-alitarate_7 racth(A
ana the effect of scaling teupeinture, aterilization
tenperature, and vinegar content on the content of I
in the pickled porpam has been invcsti~ptea. It has
card 1/3

BUT,` A. R 1-'A'
Category : Chemical Tech!1c-,1()qy- Chei.,Acal Products zind
Their A licatj -ons. General
Abs. Jour : Ref Zhur- Amiya I No 14) 1959 No 49717
Aiithor Pay I ov) G.
Institate No 1-rt~, ~ipn
Title De-ve3o-pmont of the Heavy Industry in Bulgaria I
DriF Pub. Tezhha -,)rom-st, 1958 No 8, 1-5
~To
Abstract abstract.
Card-

-'r 1
Ma-I.L./Chenical Tcchnslo~y- Chc:-dcal I cKucts --n2l Vicir
.'.I~plicati,-,ns F-,r-l P."oustry.
,'~bd jour: Ref 7liur-Khi:.., Nr- 8, 1.959, 29318.
.',uthor Dinov, D. and 1---vl,v., G.
Inst
TitlL llcppers as Vita,-dn-Cr~,,,tairdnC !law Materials for the
CarminC Industry.
OriC 1'ub: Khmnitelna j r--,--dJs)1'Lc1!~,st, 7, 11c 9, 18-20 (1958)
(in BW.L,-arian)
,'~bstx-act: The asecrbic acid (I) content of peppors hasl'been
masured by the aiuri-Ekelen CtransliterateF nethod
and the effect of scalinG ter.4)eraturc, sterilization
temperature, and vineGur content on the content of I
ill the IACUCO. has bcon investi,-pted. It has
C=-l 1/3

DUI&dtIA,',/Chc-i.dcal Tr--chn(jloC-j. Cheudcal Products ruid 'Dicir
Fcod inJustry.
.',bs Jour: IL-f Zhur-Khii.i. . No (31 1959, 2c,'305
the total =Aent; this in fol-1wecl by n
Lleterraincation of the wc-ijit uf thL skins, SuCCM,
mid other wastes (by washint; at least a hiloemi
or more of tomatces Adth boiline umter, fol-loweO
by di7in_, at 800), af6i-or which the contont of useful
solid substcices is miculated from the (Uffcrence
between the total sclids and the waste solids. --
;~. Marin.
r-Ird 2/2

JWNEVP Sl,. kmd.biologicheakikb nauk; VUDIMIROV, P.; PAVIDV, G.,-
LARD 9 0. (g. Nukus)
It so happens that .... Mn. net. no.n:26-27 N 161.
(mmA i4:n)
(Nature study)

PAVLOV, G.; TSVETANOV,, B.
Ostsoarticular tuberculoolb In patibntP over 50 years of age.
Kbirurgila 15 no.2/3:257-258 162.
(TUBEWULOSIS OSTEOARTICULAR in old age)

I FAVLOV, G.
Speedy heading in the horizontal and verti4l mine pits and Ue f aster
moving of the front line are the very basis of the are and coal mining.
Min delo 17 no.8:1-2 Ag 162.
1. Purvi. zam.-predoedatel na Komiteta po promishlonosota, chlen
na Redaktsionnata kolegiia, "Minno delo i metalurgiia".

i-ALVLOVO G& (I#ubertay, Moskovskoy oblo)
IWubert437 is the place of thp sachire origin. Sov.profsoiuz7
19 no.5tl6-17 Mr 163. (MIRA 16:2)
(IWtbijqtoy~--Agrimatural machinery Induetry-Technological innovations)

PAVLOV, G.; BOSNEV, V.
*Shoulder-hand syndrmeg Im pulmonary tuberculosis. Khirurgiia
15 no.8t745-751 162,
1. Nauebno-izeledovatelski institut po tubarkaloza. Direktors
prof& Ste Todorove
(SHOULDER HAND SYNDROM)
(TUBERCULOSIS PMIONARY)

PAVIDV G,
I - - -
Dsvelopment of chemical industries in Bulgaria. Failm i indus,.ri-a 34
no.2:41-44 162.
1. Purvi zam. predsedatel na Komiteta po promishlonostta.

TIKHONOV,11.; ROSLINA, G., zootakhnik; PAVWV, G.: ERASNOV, V.; AlXKSIIJDROV,
L.
Floating duck house. Hauka I pered-.op v sellkhoz. 9 no.12:
21-22 D 159. (MIRA 13:4)
1. Predsedatel' kolkhoza iment Saltykova-Shchedrina, Taldomakogo
rayona, MoBkovBkoy oblaBU (for Tikhonov). 2. Kolkhoz imeni
Saltykova-ShchedrinR, Taldomakogo ravonnogo komiteta
kommunisticheskoy partii Sovetskogo Soy=& (for Pavlov). 3. Chlen-
korrespondent Vsesoyuznoy akademil mellmkokhozyaystvennykh nauk
imeni Lenins, (for Kresnov).
(Poultry, houses and equipment)

,~'PAVLOV, G.
Adapting a used reductor. Foxh. delo 6 no. 11:29 N 6o.
(MIRA 13:12)
1. Starshty muster GDZS pervoy chasti, Alma-Ata.
(Fire extinction--Chemical systems--Testing)

PAVLOVP G.; GAITLUREV, G.; DZHEROVA, N.) ZHELEVA, A.; NIKOLOVA, D.;
KHITSOV, Kh.; VLASEV, IK.; BOIALIZIIIEV, Zh.; OBREIKOV;
NEDEV, B.; PACIDTIKOV, 1.
Statistical data on results of various therapeutic methods
in joint tuberoulosis of the extremities. Khirurgila 15 no .2/3t
167-169 '62.
(TUBERCULOSIS OSTEOARTICULAR surg)

LOBANOV. F.; WZA, G.; CHIZIIXVSKIY, H.j VOROBIYEV, S.; VILIMS, V.;
SOBOLEV, I.; FRANTSESSON. V.; MIRSEIII, A.;
FEM11U. M.
VWimir Petrovich Rashinskii. Zemledelie 8 no.7:94-95 Jl 160.
(MIRk 13:9)
(Bushinskii, Vladimir Petrovich, 1885-1960)

ALEKSANDROV, N.I.; GEFEN, N.Ye.; GAPOCHKO, K.G.; GARIN, N.S.; GORDCN, G.Ya.
KOZHUSHKO, M.I.; KORFNEV, G.P.; LAZARFVA, U.S.; LFYKEKHMAN, Ye.P.;
MASLOV, A.I.; PAYLOV, G.A.; POLIVANOV, N.V.; ROMANOV, P.S.; RYBAYCV,
P.S.; RYBAKC 7M.G.; ;~J[?VMALOV, M.F.; SMIRNOV, M.S.; SHTERN, M.A.;
CHEPKOV, V.N.
Experience with mass aerosol immunization %d th tularpmia dust
vaccine. Zhur. mikrobiol., epid. i imm. 41 no. 209-43 F 164.
(MIRA 17:9)

PA!~O& Ae~--A.# ""he
Speciallwd exhibition on %ans for preventing corrosion of
metals and building materials." Mashinoatroonis no.5:66-69
S-0 162o (MIRA 36 : 1)
(Kiev-Exhibitions)
(Corrosion and anti-corrosives)

,PAVW'V 3.;ziT:V%`KOV, A .
==Z.P
"Our F.-Periment, and Results from TreAment of the Fist-ilas of Tuberculosis
in the Joints Durin.,- 1952
-1953-11 p. 2.,
(ZW6~VP~N MuNT, No. !,,), Nov. 1~451,, Sofiya, Bul~jaria)
5-: Lonthly List of East European Acceszdoris, ( LC, Vol. 4
No. 5, Nay 1955, Uncl.

PAVILV, Geargi
, -
FUn of chemical industriep for 1%4. Khim i industriia
31* po. 1: 1-3 164.
I.. Predaisdatel na Komiteta po khimila i metalurgiia.

PAVLOV, Georgi
Chemistry and metallurgy, two main bases for economic
development in Bulgaria. Min delo 18 no. 12: I-VI
D 163.
1, Predsedatel na Komitata po khiniiia i metalurgiia.

R a 14 1. 11 is )v 6, 1, 1, is I&a4 v0 a at as I,
A I LS 1 1. lll~ j k1.0P Q II I U V -A I L 44 111 QL M tt
b"ROSSOOM of 60 9"40 and WI of Staphylits pimsts L.. C. 1 -00
I pelf' 1932. N11 4 A, W-A IN' Will, Ith-IIIII ois
incoidur, 10.41, .,it 13.11ti, cruilt progrim 12 112, crudi fibirt V. It.% *411 1 Al. N-firr r) -00
as ttanlvv mattirr 11tW1%. Ci"lsl% ofille (.it alv- &Jl, 1 4',Iil, ars.1 It,, '.17%.
-61 "I.m,, 114341-:-. 1 twit. (Hishl-Walls-0 117.46.thivvs,;;wIr it,, ikisubtaniN.177.1leblar,
IK% !,I. (,wiat, I ... u 1 240.7 Thr fatty awrld. (It:. c ... 1-1 .4 .1. It- ".3 4 Its'.4'sic
IN J .-t 3 %-1 11., A.I.t.
G, j-
00 .3
moo
tie*
ati, twit Ol'ALLUIritak L111441601 (talssficom.
Isipr.~ ,eq
9 Aw 6 VITIM, too, 0 0 0 1 0 0 v A 0 31 DI
U
OD it It a OW #I I t n d"A
0o 0 to 0 0 IS 0, 9 0 0 0 a 4 go 0 0 * 0 910 00009 000 0 0 0 9 0 0 0 4 si,
l*ed 0 0

(I it w if la it A' I It 11 a x IS It Ivoll Wll 010 hit Iowa .1 is
It Loops* a I to v - I I No a a Old, 6 a 6 j 6 4 --1,**
It,

it
godscetow-Wild litilasn"llt "d ib isitasists on the FAI -00
A. Skilvin and G. Nvk)!~' Af-1.04-111"
!. %
= .00
%raw No. 6. EMns- -4 Ow -HulAr
)40 Ili
-00
intirgunwnis 44 the k"twi with FtO &M l*tt. i,thit pro,
ifurtif 11!70 of a vin-ous. lishl Vvilow oil. to 4A A 7 -', . -00
wbirb difiers in its pb)s, and cbriln. proMiwit lroon ih,
.00
4 normal sunflow" oil. It contains pbobphatWvA fil.12
0.2% N and O.fZ,"-fK5% 11,00. 2% of unsalitmifialtir
matter (,MIS. lievins anil no a1huminutis -ul"14niv,
'
. 77he miln at
It is &W. in sunflower oil at ahmv 401
Iteromrs ttut)kl with giadual pptn. of white flilke. Com-
r

1. lAshlievich. Ibid. -8-Substantially Wnteral r-
oulls we" obtained In mmParing dw vor"Im. of (His rxid
roe
1 from the P"4 nuals and the cellular Wesunteni- of the
it.. rx a of cotionwed. ituniltmri, antri wanut C. it.

a i

to.,
too .1
.3'.11

fla all
It
wol ills
t
0 0:0 0
I 0 0 0 0 0 0 0 0 0 0 0 0 0 0; 0 0 0 0 0 0

.. DESHEVOY. Georiziy Mikhaylovich; PAVLOV,,G~orgiy Dmitriyevicl
(Descriptive geometr7; abstract of lectures) Nacherta-
telInaia. geometriia; konspekt lektsii. Leningrad,
Tekhnolog. in-t. Pt.l. 1964. 149 p. (MIRA 18M

~, U, V~) - ~_
KLYACHKO,V.A.; P.AVLOV.G.D.
Calculating radial sedimentation tanks. Vod.1 ann. tekh. no.4:
15-17 Jl'55. (HLRA 8:12)
(Water--Purification)

FAVLOV, G. D.
Pavlov, G. D. - "The Use of the Static Theoin- of Precipitati-,n C-f a
Suspension in a Turbulent Stream for the Hydraulic Calculation of Radial
Sedimentation Tanks." Min Higher Education USSi. 11-loscow Order of Labor Red
Banner Construction Engineering Inst imeni V, V. Kuybyshev. Chair of Water
Supplies. ~Ioscow, 1956. (Dissertation for the Degree of Candidate in
Technical Sciences).
So: Knizhnaya Letopis', No. 10, 1956, pp 116-1.27

PAVLOV, G.D.
Determining Indices of precipitability of a suspension in
a cylinder with a conIcal bottom. Vod. I san. tekh. ro.7:
?8-29 JI '56. MRA 9:10)
(Water--Analysis)

'/,)~' 1(,7.0
YARN", V.A.;.ASHANIF, V.V.; PAVLOV. G.D.
OPeration of water clarifiers in Gorkly, Tod. I Ban. tekh. n0.2:
26-31 7 957. (Gorkly-Water-Partfication) (MIRA 10:6)

PAV LOV. G. D.
I
Statletical method of calculating seAt"ntation basins of watqr
worke. lsnl.po vodopodg. no-3:159-181 '59. (MIRA 12:9)
(Water-N-IfIcation) (Sedimentation and deposition)

18(5) 4
AUTHOR% Pavlov, G,D,, , Rrifgirieer
TITLE: Clarification of the vliter -t,ppiv 1~ec 1
at ihe IIS-Lankolitll T,.an-,
PERIODICAL: LiteynoyeProizvodst;o, Ni rp
ABSTRACT: The plant ":',tankolitll nas Luiit R reciicLilation F, e m.
for the water supply system of tne fou-ndr~. Tne c'pri_
fied and cleaned waTer i-eturns ~o the fc1-1ndr ,', -~,',
only 7ery few cont emi nat, ions, Tne first tr?t-7.9 -in-
sati sfactory, Tne sand Trap ant pLAr , i i r.
not operate propErly Tne i,eratAre in rls 1:eld does
riot ~~ontain sufficien, daTa acour tne viork*nv,
les of such a water plan" n
The (.on.Lcal shaned water si-ia-,ner
"Stankolit" operates sai_sfacz,)ri.1Y e-t~.-,
shut down, in tne op-nior, )L tir:e aril , or e i i ' Ft -
Tion will iperate e ien ~-e-. Ler 7 I:e S~
by artificial suc-_ ion Ar, in,--iiii ed r! - -.v. exp_: a. ris
this sugt~estjon_ Fur .~eriri.2~'e 1 ARS
Card 112 s t r L~c t, tn i s i ns tal' I!- o

Clarification of tne "Nater %pply
"Stankolit" Plant
wqter supply o~.~si~e of ~o,~e
ins -t all at ions t;(-.lo rig r1i -ze -, t
are 2 dir!i7rams
Card 212

SOV/133-59-6-4o/41
AUTHOR: Pavlov, G.D., Candidate of Technical Sciences and
-ribtvov . G. G' . -
TITLEi Purification of Circulating Water from Gas Cleaning
Installations of Blast Purnaces Smelting
Ferromanganese (Ochistka oborotnoy vody ustanovok dlya
ochistki gazov dome.,nykh pechey pri vyplavke
ferromargantsa)
PERIODICAL:Stall, 1959, Nr 6v PI) 574-575 (TJSSR)
ABSTRACT: Some laboratory scale experiments oil settling water
from the gas cleaning installation of a ferronlanganese
furnace using A12(SO4)3,181120, FeS04-7H2O and
FeCl3.6H2O as coagulants were carried out. It was
found that high proportions of coagulants are necessary
(aluminium sulphate above 500 mg/litre) for efficient
settling. On the other hand considerably smaller
(120 - 190 mg/litre) proportions of coagulants are
sufficient if the dirty water is passed throug-h a layer
of previously precipitated solids in a suspended state.
Card 1/2 it is suggested that settling of the circulating gas