SCIENTIFIC ABSTRACT PAVLOV, N. N. - PAVLOV, N. V.

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• Collection: Scientific Abstracts
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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: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

83236
S/033/60/037.404/012/012
AUTHOR: Pavlov, N.N., Professor E032/E314
TITLE: -'Letter to the Editor
, 1960, Vol. 37, No. 4.
PERIODICAL: Astronomicheskiy zhurnal
P. 781
TEXT: The present letter is concerned with a paper by/fl
A.V. Butkevich, published in this journal, 1960, No A7 Volz 37,
p. 161 and eptitled"On the Application of Principles of ~~e4~jdesy \'-;k~
in Practicall~rstronomyll. It is argued that the formulae which
Butkevich quoted in the lt~ form:,
E C
m W (1)
W V-U
should, in fact, read;
C
Em F, F-
Card 1/1

37i I I I-
S/035/6Z/0C0/O04/OO4/056
A Ck) 'A' /A 1 G
q o
AUMOR: Pavlov, 14. N.
TITLE: The preliminury catalog of right cscensions of the stru-s -,bse:-ved
at Pulk,,vo during IGY with a 1) -3 (F---2) photoelectrical- transit
instrument
PERIODICAL: Referativnyy zhurnal, Astroncniya i Geocieziya, no. 11, 14,
abstract 4A132 ("Izv. G1. astron. ob3erv. v Pu-,ove", ~1161, v. 22,
no. 1, 2 - 24, English summary)
TEX T The cata-13g compiled on the basis of observationn frum, June 19')'1
to April 1950. Altogether 2C,366 observations of 505 star6 were uti-lized. Ilie
mean epoch of the catalog 11958.c. Several measures were undcrtc~~.en to
the accuracy of observations which were conducted by four observers, name-ly:
mechanical stability of the instrument was improved, its thermal shielaing was
ensured, etc. The mean square error of one observation of one star, reduced to
equator, was obtained to be �O~0146 which is close to the accuracy attained with
Danjon's astrolabe. Systematic errors were deterynined only for the zenith zone
Card 1/3

51035162-10001001V001'1056
The preliminary catalog o!... A001/A101
of observations; observations of stars in the equatorial zone were improved only
with respect to random errors. Observations in the lower culmination were used
for determining errors of the bartype. Systematic errors of the La~,~-type were
determined by several methods: several variants of the simplified cyclic method
(see RZhAstr, 1959, no. 6, 4286) and the free chain method which Is characterized
by the absence of fixed groups of stars, also in several variants. The system
of catalog ~D 61 (F61) was obtained by means of reduction of the adopted initial
system using systematic corrections derived by the abovementioned method, reduc-
ing to the absolute azimuth and to the FK3 system in equator. The F6' catalog
was compared i%rith the catalogs FK3, N30, Puobl, FK3R, ~D 2 (F2), Kr 3 0rG3) and
the catalog obtained by Guino from observations with Danjon's astrolabe; the
comparison showed that in respect to the total (random+systematic) error the F06'
catalog in the zenith zone occupies the first place in accuracy (mean square
error is j-0~0056) and the third place In the equatorial.zone. In the zone of
-600 declinations 'he P61 catalog can compete with the best fundamental systems.
In respect to errors of the LNO-type the F61 system is between the catalogs
Pu,"l and Puo42 and also between N30 and Guino's catalog. In respect to L i,,j errors
in north declinations the new catalog is very close to N30 and PutX1, which con-
Card 2/3

- - .. - --, - : 7,F, ,
. . . - ~, :, . , I . ,
'I.
. I

FAVIM9 N.11.1 STARITSYNj G.V.
Variation of the rate of the earth'is tidal rotation during the
International Geophysical Yew and International 04ophysical
Cooperation. Astron.zhur. 39 no.l.-:L23-134 Ja-F Ift.
(KIRA 1582)
1. Glavnaya astronomicheskaya observatoriya M SSM.
International geophysical year, 1957-1958)
Rarth-J%tation)
~

S/026j62/000/005/010/010
DOWD113
AUTHORS: Pavlov, and Staritsyn, G.V.
TITLE: Change in the Earth's speed of rotation about its axis
S7.
PERIODICAL: Priroda, no 1962, 120-121
TEXT: in Professor N.N. Pariyakiy1c opinion, the soa6onal annual
variation in the Earth's speed of rotation about its axis io most likely
caused by seasonal atmospheric circulation, in particular by the winter
maximum and summer minimum of atmospheric pressure over Eurasia. It is thus
considered that the advance by about 1 month of this variation in 1959 was
due to the early spring in this region, in particular to the early thaw of
snow, which would alter conditions for the arrival of solar radiation on the
Earth's surface and thus affect the weather. Temperature readings are given
showing that spring did indeed arrive earlier in 1959 in Europe and Northern
Asia. It is considered that the prism astrolabe in Paris showed a large
change in the Earth's speed of rotation about its axis in July 1959 because
of local refraction due to the variation.in atmospheric circulation. This
Card 1/2
'30

FLEYE2, A.G, "Itv- rWi-; VAV1JJV, N.N.p red.; PARHEEK(j, N.I., I'ud-;
F)OO13111, V.V., FEI-OkOV, Y,,.T., red.
[:-.otation cf earth; materials of tbq expanded plpn=
of the Cor-inittee fc-r the Study ,." *,he ERrt~ls lic;',aticn -)f
the Astronomical Counr-~l ol' the Academy o~ Scienco~ f the
on A~riL 1-~-1.31 1961', in Mev~ VraahcheTiie
materials ras.-I.1rennof7r, plenums F.,:)missii jo iz-u::hen-.4u
vrashcheniia " ri.'i A-Arinomi--Leskop so,,eta IT .'.aS:-., Eiev,
10-13 aprelia 19(.2 C-7. Kiev, lz(l-%,o At; U--shy 3,"9
(Mj~-,,,A .-,7.1,,)
1. Akadeu.iya nauR Kiev. liu,Dviia a2tranondAna ob~~er-
vaturiya.

- . - . I I - - - . -.--_ _ ~ - - -~ -4 - - 4
ACCESSION NR: AT4045938 S/0000/63/000/000/0005/0007
AUTHOR: Pavlov, N. N.
TITLE: Scientific problems of a modern universal time service
SOURCE: AN SSSR. AstranomichesIdy sovet. Komisaiyn po izucheniyu vrnshcheniva
Zemli. Plenum. 1st, Mev, 1962. Vrashcheniye Zemli (Rotation of the Earth);
materialy* plenuma. Mev, 17d-vo AN USSR, 1963, 5-7
TOPIC TAGS: astronomY, time service, univers-ni time, atomic clock, earth
eni-thc1tiake, latittide gervice, longitude service
ABSTRACT ' The introduction of highly precise atolnic clocks has rndwa])~- , 11 'rw.' thf,
prob1cins, mission and possibilities ()f a tiin(, service, The principal pr-j~ ,"~ i'me
~orvice, discussed brief1v in thia COT111111inication, ;ire: 1) lonf-itwic detf~rn,ri.,!;,)n Ii
tc- initiation of chanre ill longittide; :1) deterinivAitin of nowiniforinity ()f t:i,- :ir 11
!11'~L~1(111 On it.9 axii . Partictilar "ittefition if~ J~'Ivell t(, the factor!l rf-ipoll ki)i, 'f ;I :Irli'v
ill lollf"itude: 2) Clianges in t h e po.'; I ti o I I of t Iw va rt.h' a po I es ; 2) horiznnti I (I j ;1)1 w%- in ('T'!,q
of the carth's surfacu, catLsed by tectionic iiwvenwnt~,, 3) chariges In plvind) litic d(,fll '~lnn
tindvi- the Inflijence of hwar-solar lWrilctlov Mid goolor-tcal factors; 4) ('hx'lgvH ill 1-i i1,
rk-frnctjon In the ourfact, air d With the wind off-r't rind ill
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ACCESSION NR: AT4045938
conditions (vegetation, buildings); 5) changes in refraction in the observatory building as
a result of Installation of heat-releaBing Instruments or a changed influence on the ob-
servatory building from the outside; 6) changes In systematic instrumenL errors inherent
in the Instrument or caused by environmental factors; 7) changes In the personal errors
of observers or errors of the recording instrument; 8) ,4~pfluencc of errors of proper
motions of stars in the reference catalogue; 9) influence'of errors of astronolnical con-
stants especially nutation. Ile factors of greatest importance are instru nt and per-
sonal errors and errors associated with local refraction. The influence of the motion
of the earth's pole on changes In longitude Indicates a deep internal relationship between
the developing longitude service and the long-existing latitude service. In the future they
should be combined into a single pole service. According to modern concepts, the non-
uniformity of the earth's rate of rotation on its aXIB can be attributed to several factors,
seasonal changes in the earth's rotational rate with an annual period apparently caused
by seasonal circulation of the earth's atmosphere and secular changes caused by tidal
friction and various slow processes within the earth. The discontinuous changes in the
earth's rate of rotation which aro sometimes observed can be WrIbuted to turbulent
movement in the earth's Hquid core, or according to Danjon, to the influence of solar
2/3
card.-

ACCESSION NH2 AH4021599
S/0269/64/00D/002/0013/0D13
SOURCE: FMh. Astronomiyap Abe. 2.51.111
AMORs Favlovs, 14 No
TITLEa A ratior-al-type of inatrument for determination of precise time of
astronomical observations
CITED SOURCEs Tre 15-y Astrometro konferent3ii SSSRj, 3,960. Mb-L.j, AN SSSRp
V63j, 240-266
TOPIC TAGS: astronomy., tire service, earth rotation,, longitude changet transit
instrument, star,, star right ascension, star transit,, star catalogue., atomic time
atandardp zenith refraction
TRANSWI01i: Under present-day conditions, when the use of atomic time and fre-
quency standards makes it possible to establiSh a unifom time scale with great
accuracy., the problems ct the time service require & study of the eafth's rota-
tion on its axis, determination of longitude and corrections of right ascensions
of star3 in the reference catalogue. The advantages and shortcomings of photo-
Card V2

AccEssioN ms AR4021599
graphic zenith telescopes, the prismatic astrolabe and transit Instrument are dis-
cussed and it Is concluded that the transit instrument is most suitable for solu-
tion of the mentioned problem5o The transit instrument-makes it possible to ob-
serve the declination of stars In a broad zonej, facilitating the tie-in of ob-
aervations at different latitudesp is best adapted for observations for an inde-
pendent catalogue of star right ascensions and it can be used relatively easily
for photoelectric recording of star transits* Errors associated with use of a
transit instrunnt are analyzed and ways to eliminate them are indicated. An im-
portant,soirce of systematic errors in astronomical observations is anomalous re-
fraction caused by the sloping of air layers of different density near the instru-
=ant* Howeverj, when & transit instrUment is used it is possible to determine the
influence of zenith refraction from the observations themselves (an appropriate
method is described).
DATE AOQ3 Mar64
SUB CODE: AS
ENCL: 00
CO,d 2/2

ACCESSION NR: AP4016583 S/0115/64/000/002/0004/0005
AUTHOR: Pavlov,,.N. N.
TITLE: Creating the beat pendulum clock in the world
SOURCE: lzmeritel'naya tekhnika, no. 2, 1964, 4-5
TOPIC TAGS: pendulum clock, Huygens pendulum clock, Short pendulum clock.
Fedchenko pendulum clock, astronomical pendulum clock. pendulum oscillation
isochronism, AChF-3 clock
ABSTRACT: The design of a new type of astronomical pendulum clock by
Feodosiy Wkhaylovich Fedchenko is claimed. An original 3-spring pendulum
suspension ensures the isochronism of oscillations. A clockwork pushing the
pendulum at its equilibrium positions by electromagnetic impulses has been
designed. The resulting clock (AChF-3) is claimed to have a diurnal variation of
only 0.2-0. 3 n-Acrosec and to work for years without any care. Also. a new type
Cord 112

ACCESSION NR: AP4016583
of thermai compen3ation was developed by the same inventor. The pendulum
weight is supported at a point situated below its mass center. The price of the
new clock is about 3, 000 rubles, while that of the Short clock is over 10, 000
rubles. TheAChF-3 clock has been installed at various astronomical observa-
tories in the Soviet Union, including the Pulkovo Observatory. Orig. art. has:
1 figure.
i
ASSOCIATION: GosudarsWenny*y komitet standartov, mer i izmeritel'ny*kh
priborov (State Committee for Staudards, Measures, and Instruments)
SUBMITTED: 00
A
SUB CODE; AS, SD
ENCL: 00
OTHER: 000
DATE ACQ: lZMar64
NO REY SOV; 000
Card 2/2

KLYUCMW. Insh.; PAVWV. N.N.. inzh. (Leningrad); PAFMMV. L.Z.. kand.tekhn.
nauk (Ynskva); NTMNBRRG, V.A.. dots. (Moskva)
Urgent problems in standardizing the qualitative Indicen of wirn-
broadcasting channels; reeponses to I.A. Shwnshin'a article
published in no.4, 1QS8 of this periodical. Vest.eviati. 18 no.12:8-10
D 158. (KIRA 11:12)
1. Uboratoriva Gnrlkovokoy direktail radictranslyatnionnykh sete7
(fol Kiyuchev).
(Wire brondcasting)

FAVWV, NX. 1whener.
OSelection, Installation and use of arc-su"ression coils. 0 RIek.
eta. 27 no.10:63 0 036. (NLRA 9:12)
(Blectric coils)

PAVLOV, N. N. PA 65T32
UM/00~nlcationx AW 108
Relays, Telephone
Telephones - Apparatus
"The Choice of a System far Cooling Tubes In the Out-
put Stages of Wired Broadcasting Stations," N. N.
Pavlov, L A. Sbamshin., ftineers, 4 yp
"Vest Svyazi -Mektro-Svyaz"' No 4 (97)
Three-ring (bell) telephone system for large cities
requires powerful booBter stations. Gives methods
to detemine the =Mbsr of booster statims required
lor a-,W given =nIcipal, network. Mob Interest Is
displayed in methods for proper cooling of the tubes
of large booster statime. Briefly desarl'b" m=w of
the methods used for such coclii*.

PAVIDV N. N.
I p
fie te rmint t'm of the r' 4~T-IiS3i blP va.ue of
the output troinsf,.).-me.-S of 1:,,rge 'I 11.)ACr-w-st'. -if-lnrs. Trudy
ucheb. inst. 5vlazi no.li.:P5-92 '(, ~. (MTFUt 17:9)
1. LenInUrfi4rinly PleKtro~ekhnich,s~A t., - i , -~, ~~Vyll/- -IT).
Prof. lf.l,. hnnch-bruyevir!hn.

RORNIYMOP G.I.- PAVLOV N N kand.tekhn.nauk
. asing the reliability of a standard flip-flop
Inerl
with junction transi4tors by means of a buffer stage.
AvtoxR,i prib. no.3:27-31 n-S 162. (MIRA 16:2)
1. VychislitelInyy tsentr AN UkrSSR.
(Electronic digital computers)

ZABARA, S.S.; KOLOTUSHCHENKC, E.F.; ~4Wky,__ YN.
Transistor amplifying cells for digital computers. Avtom.i
prib. no.1:40-44 Ja-Vx 162. (MIRA 15:3)
1. VychiBlitellnyy teentr AN USSR.
(Electronic digital computera)

9094J-3-fl,
_nN
ray gwt,
an scha, of polpiftliIii, (R)- In M011 &M wzutli w
surf-'A4~e, but Vic 400-Wim of thL 11 film of I h tiqtMjrk6ItIA(.
Much b-ttei ren;Its we olitailleil by jvdjj~. of 1170 of a Wtt
rc-641 ~ IIIN -n tjit, jq~ of Uja I film. - '1140 XdheMdt
fle"istanct of H to I 11IMS IncrM fr=.200 In aw 1~kni.

PAVLOV, N.N. , assittent
Water-resistance of hydrophilic polymers. 1xv.vys.ucheb.
cav.; tekh.leg.pron. no-3:12-19 159. (MIRA 12:12)
1. Moskovekly tekhnologicheakiy institut legkoy promyehlennouti.
Rekovendovans, kafedroy tekhnologil Iskusetvannoy koshi.
(Polymers) (Leather substitutes)

PAVWV, N.N., inzb.; ARBUZOVy G.A.p doktor tekhn.nauk, Prof.
Modification of polyamide with chr=b- compounds. Report No.l.
Izv. vys. ucheb. zav.; tekh. log, prom. no. 1:24-29 160.
(MIRA 14#5)
1. Moskovskiy tekhnologicheakiy institut legkoy promyshlennosti.
Rekomendovana kafedroy tekhnologii iskusetvannoy kozhi.
(Polyamides) (Chromium compounds)

PAVLOV. N.IL, inzh.; RUNETSOV, A R., inzh.; ARBUWV, G.A., doktor tekhn.
I
muk, prof.
Complexometry of trivalent chromium, Report No.l. Izv. vys.
ucheb, zav.; tekh. leg. prom. no. 1:54-59 160. (MIRA 14:5)
I* Moskovskiy tekhnologicheakiy institut legkoy promyshlennosti,
Rekomendovana kafedroy neorganicbesko~ i analiticheskoy khimil.
(Chromium.-Analyain

PAVLOV, N.N.. in2h.; ARBUZOV, G.A., doktor tekba. nauk. prof.
Modification of polyamides with chromium compounds. Report
go. 2. Izv. vys. ucheb. say.; takh. log. prom. n6.2:15-24
16o. (MIRA 13:11)
1. Hookovekly tekhnologichookly Institut logkoy promynholannosti.
Rakomendovana kafedroy takhnologii iskumstvenney kozhi..
(Polyamides)

IFAVLOV, U.N.. inzh.; KUZWSOV. A.R.. inih.: ARBUZOV, G.A., doktor tekhn.
naU . "Of .
Complex formation with trivalent chromium. Aeport No.3:.KDTA
deternination of trivaleat chromium In high polymer films. Izv.
vys.ucheb.zav.; tekh.leg.prom. no-3:28-30 160. (MIRA 13:B)
1. Moskovskiy tekhoologicheekly iastitut legkoy promyshlennosti.
hekomeadovaaa kafedroy neorganicheskoy I analiticheekoy khimii.
(Chromium compounds) kPolymera)

FAVLOV. N.H., inth.; ARBUZOV. G.G., doktor tekhn.nauk, prof.
Folyamide modification with chromium compounds. Report No.3:
Mechanical propc~rties of polyamide in the presence of succinic
complexes of chromium. Izv.vys.ucbeb.zav.; tekh.logiprom. no.3:
31-39 160. MIRA 13:8)
1. Moskovskiy tekhnologichoskiy institut legkoy prozyablennosti.
Rekomendovana kafedroy tekhnologit iskusetvenroy kozhi.
(Polyamides) (Chromium compounds)

FAVIOV, R.N., inzh.; ARBUZOV, G.A., doktor tekhn.nauk, prof.
Using chromium compounds for the modification of polyamides.
Report No. 4. I2v.vys.ucheb.zav.; tekh.leg.prom. no.4:31-38
,6o. (MIRA 13:10)
1. Moskovskiy tekhnologicheskiy institut legkoy pronyahlennosti.
Rekomondovans, kafedroy tekhnologii iskusetvennoy ko2hi.
(Polyamides) (Chromium compounds)

FAVIDT. N.N.. inzh.; ARBIMOV, G.A., doktor tekhn.nauk, prof.
XDdification of polyamide with chromium compounds. Report fio.5:
Study of the quantitative relations manifested In the course of
irreversible bonding of chromiun compounds with polyamide. Irv.
vys. ucheb.say.; tekh.leg.proz. no.6:55-63 160. (MIRA 14:1)
1. Moskovskiy tekhnologichoskiy institut legkoy pronVehlennosti.
RekDmendovana kBfedrov tekhnologil iskusstvennoy koshi.
(Chromium compounds) (Polyamides)

29045
s/081/61/000/018/027/027
1581so B101/B147
AUTHORS: Pavlo
_Pav1ov~__1L_A-, Arbuzov, G, Az
TITLE: Change of properties of films of polymers containing
hydroxyl or carboxyl groups by chromium (III) compounds
PERIODICAL: Referativnyy zhurnal. Khimiya, no. 18, 1961, 589, abstract
1~~ )~6 (Nauchn,. tr. Mosk. tekhnol. in-t legkoy prom-sti,
no. 17, 1960, 29 - 34)
TEXTs A preliminary study was made of the modification process of poly-
vinyl alcohol (PV) and polyacrylic acid (PA) by Cr3+ compounds. A
specific interaction was found to take place between the polymers
mentioned and the Cr compounds. The properties of PV and PA change
significantly when Cr salts are introduced. The modulus of elasticity of
PV films increation. PV filins containing otrongly bauio Cr ahlorides or
Cr succinates, acquire a certain water resistance. Introducing Cr salts
into PA enables the latter to form films. The results of this preliminary
study show that it is possible to obtain new hydrophilic products differ-
ing from the initial polymers in their properties ~bBtracterls note:
Complete translation]
Card 1/1

PAVLOV, N.N. assistent; KUZNETSOV, A.R., assistent; ARBUZOV, G.A., doktor
proi-.
Quantitative analysis of chromium (III) in the solutions and films
of hij.,-b polymers. Nauc~.trudy MTILP no.18:$0-47 '60. (MIRA 15-2)
1. Kafedra neorganicheskoy i analiticheskoy khimii Moskovskogo
tekhnologicheskogo instituta legkoy promyshlennosti.
(Chromium-knalysis) (Polymers)

J'AV~qj,__~_!N.~_Jnzh.; KUZNETSOV, A.R., inzh.; ARBUZOV, G.A., prof., doktor
tekhn.nauk
Studying the stability of aluminum (III) complex compounds, 1xv.
vys.ucheb.zav.; tekh.leg.pron. no.2s22-28 161. (MIJU 14- 5)
1. 14oskovskiy tokhnologichpokiy institut legkoy promyshlennosti.
Rokomendovans kafedroy neoirganicheakoy I analiticheskoy kbimii.
(Aluminum compaantis)

S/081/62/000/016/026/043
B168/Bls6
AUTHORS: Pavlov, N. N., Arbuzov, G. A., Panteleyeva, D. S.
TITLE. Investit;ation into the effects of adding aluminum and iron
(III) salts to polyamide films
PERIODICAL: Referativnyy zhurnal., Rhimiya, no.'16, 1962, 520, abstract
16P50 (Izv. vyesh. ~chebn. zavedeniy. Tekhnol. legk.
prom-sti, no. 3, 1961, 20-25)
TEXT: The effects of FeClY AM 3 and CrCl 3 on the properties 'of AK 60/40
polyamide films were investigated with a view to using-polyamidefi as
finishing material and in the production of leather. The films obtained
were subjected to mechanical and thermomechanical tests, and their
permeability to steam and solubility In e'thanol were also determaned. It
was found that salts of Al, Cr and Fe affect the mechanical properties
(by increasing the softness and elasticity) of the polyamide and their
order of. increasing modifying action is given as: FeCl 3< AM 3 < CrCl 3'
Polymer films retain their solubility in alcohol both before and after
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S/081~62/000/016/026/043
Investigation Into the effects of... B168/B186
preliminary processing with water. The permeability to steam of tho
modified films is -10 ~ higher than that of fi.lms of the initial
polyamide in the case of FeCl3 uni -,j30 % higher in that of A101 3'
[Abstracter's note: Complete translation.]
Card 2/2

KU W TSOVP A.R., assistent; PAVLOV, N.N., kand.khinicheakikh nauk, assistent
Chelatometry of bw-ium solutions. Nauch.trudy MTILP no.231
62-66 161. (MIRA 15:9)
1. Kafedra neorganicheskoy i analiticheskoy khimii Moskovskogo
tekhnol W-cheskogo instituta legkoy promyshlennosti.
(Barium) (Chelatometry)

S/032/61/027/002/022/026
B124/B201
AUTHORSs Arbuzov, G. A., Kuznetsov, A. R., and Pavlov, N. N.
TITLEt Apparatus for the titration of dark-colored solutions
PERIODICALi Zavodakaya laboratoriya, v. 27, no. 2, 1961, 225-226
TEXTi A special apparatus (see Fig.) has been worked out for those cases
in which it is difficult to establish exactly the color changes in the
point of equivalence in the presence of intensely colored admixtures or
when the color change of the indicator in the end point of reaction is not
sufficiently clear. A certain volume of the analyzed, dark-colored
solution is poured into the 250-500 ml round and flat-bottom flask 1 which
rests upon the electromagnetic mixer 2. The titration takes place by
intensive mixing, and, if necessary, also by heat treatment. A parallel
beam from light source 3 is passed through the titrated solution, and
forms a colored spot 5 on the screen 4. The end point of titration is
determined by the clear change of the color spot, which is by far better
observable compared with ordinary illumination. Contrasts can be
accentuated in the color change of the spot by way of color shifting,which
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S/032/61/027/002/022/026
Apparatus for the... B124/B201
is brought about by placing an appropriate light filter 6 in the path of
the light beam. Thus, e.g., it is suitable to use a blue filter for the
transition from red to yellow, whereby the color changes from violet to
green, which is visually easier to detect. When the color change of the
spot is masked by admixtures, color shifting can be attained either by
illuminating the spot on the screen by a secondary light source or by
means of a colored screen. In the latter case, the color of the filter
or of the screen is complementary to the color of the masking admixtures.
If, e.g., the admixtures are blue, filter or screen must be yellow. No
light from other light sources must hit the screen. The procedures
described were applied by the authors to the trilonometric determination
of trivalent chromium (Ref.1). The Trilon excess in the titration of
chromium is bound by a nickel saltq whose excess is titrated with the
same Trilon B solution in the presence of murexide. The color turns from
yellow over orange, red, and red-violet to violet. The color change of
the indicator is masked by the dark-blue color of the chromium complex.
When using the apparatus and a blue light filter, the color of the spot
on the white screen turns from yellow over red to pale blue. The latter
color change is abrupt, which fact simplifies the visual determination
Card 2/3

5/032/61/027/002/'022/026
Apparatus for the... B124/~201
of the end point of reaction, and reducestho error of the determination.
The point of equivalence exactly corresponds to thIs transition. When
using the device described it was possible to reduce the determination
error from 5 to about 0.5%. The chromium content in the sample was
.32.3 mgp and the-Trilon consumption was 5.96 ml. ~Abstracterls notes This
is a full translation]. There are I figure, I tab e, and I Soviei-bloc
reference.
ASSOCIATION: Moskovskiy tekhnologioheakiy institut legkoy promyshlennosti
(Moscow Technological Institute of the Light Industry)
A
z
Card. 313

PAVIOVI N.N.p kand.tekhn.nauk
Structure formation of hydrophilic polymers with mineral compounds.
Tzv.vyx.ueheb.zav.; tekh.2eg.prom. no.ls34-39 162. (MM 15.2)
1. Moskovskiy tekhnologicheskiy institut legkoy promyshlennosti.
Rekomendovana kafedroy neorpanicheakoy i analitecheskoy khimii.
(Po2,vmers)

PAVLOV, No No, kando telchn, nai*; KMNETSOV, A. R., in2h.
Now method of trilonontric determination of chro3dus (III),
Isve vyes ucheb, 2ave; tafto log. prce. no.4146-48 162.
(MIRA 15s10)
1. Moskovskiy takhnologichaskiy institut legkoy pronyahlennosti.
fiekamandovans kafedroy noorganicheakoy I analitichaskoy khinii.
(ChrIDMiulfl.-Analysis)

5/190/62/004/010/010/010
B101/B186
AUTHORS: Pavlov, N. N., Chesunov, V. M.
TITLE: Relation between the evaporation kinetics of vaporization
and the structure of polyamide s9lutione
PERIODICAL: Vysokomolekulyarnyye soyedineniya, v. 4, no. 10, 1962,
1547-1551
TMCT: The effect of polyamides on the evaporation kinetics of ethanol
solutions was used to determine the concentration of free, active groups
of polyajnide (amido, carboxy, and amino &roups) not saturated by
cohesion. A 101d~ solution of AK 60/40 (1,K 60/40) polyamide (60;'o hexa-
methylene diamine adipinate + 40u,~* caprolactam) in 60* ethanol was used.
The content of free, active Croups was changed by adding Cr(11I) salfs.
The solvent evaporated at 360C (temperature of the solvent surface) and
.the vapor was analyzed by liquid-gas chromatography. Results: Evapora-
tion of the solvent consisted of two parts: up to 4 time io which in this
case was - 16 min, the alcohol.& water ratio remained constant. Then, the
water content of the vapor increased with W a 1/0-059 + bi), where
Card 1/3

S/~qY62/004/01 0/010/010
Relation between the evaporation ... B,1 I B166
0 in vapor, tire, and b . coefficient.(~b was found to be
2 A
-0.615-10- 3 ift solution I (BiOcIlo ethanol without LK 60/40), -1.65-10- ~ in
solution 11 Cr 203 in thd form of a CrCl 3 solut i1bn in 801a ethanol ) ,
nol and -1 .73-10 5
-2-59-10- 3 in solution III (10j-' AK 60/40 in 80,11- eth 0 in the form of
in solution IV (solution Il T and addition of 4-5% CF2 3
CrC13 ). The higher values of b in solutions Il and III are explained by
the formation of ethanol complexes of chromium (solution 11) or
AK 60/40 (solution III), whereby the volatility of ethano.1 is reduced.
The lower value of b in solution IV is due to the binding of free, active
groups of polyamide in the chromium complexes. For the content A of free,
active Groups, the following values are obtained: solution III
A3 - 100 - X; solution IV A 4 - 100 - X - a, where X is the content of
saturated, active groups. 4 (2-59-10- 3 _ o.615.10- 3) . 0 3;
A 0 -73-1.0- 3 _ 0-615'107V-- 0 where P is a.'~hnear function of A, is
4 4'
obtained since in solution'I, A 1 - 0. From A 3 A4 - P3 : P4 it followa
Card 2/3

Relation between the evaporation ...
S/19 62/004/010/010/010
Bi 01 YB1 86
that X is 84-5~- Hence, AK 60/40 dissolved in 80~* ethanol contains 15.5%
free, active groups. There are 2 figures. The Engliah-language reference
is; A. Keller, J. Polymer Sci., 17, 291, 1955-
ASSOCIATION: Moskovskiy tekhnologicheskiy institut legkoy
promyshlennosti (Moscow Technological Institute of Light
Industry)
SUBMITTED; June 29, 1961
Card 3/3

S10321621028100410211026
B124/B101
;,UTHO-FI: Pavlov. N. N.
T I T- LE )evice for deterininin,-, mechanical properties of polymers
PERIMCAL: Zavo'18kaya laboratoriya, v. 28, no. 4v 1962, 497 - 1"98
in the levice lescr~bed in thi3 paper the slip of the loy,er '~,rp of
the srvn,)le or. an inclined plAne moving at a controlled velocity an.~ hiving
-i riven anple of !ilope i5 u5e! to vary the velocity of strain in a bro--Id
ranre. ..ith -x. varyinF betvepn 15 an,4 75 values of v (strain vellocity,
from 0.027 to 37 rw?v /f~ec can be obtained. Determinations of eiuilibrij7,
mcduliof strLss relaxation, hirh-temporature tests in inert atmospheres, Rn.'-
tests concerninr the temperature dependence of clongation [At constant load
c-in 'be perforniel with sliOitly modified types of the device describid.
There are 1 figure and 1 table.
A53JOCIATION: Mcskovskiy tekhnologicheakiy institut legkoy promyshlenno3ti
Card 112 Ow',oscow Technological 1nstitute of Light Industry)

31032162102610041'0211026
Device for determininF ... B124/B101
Fig. Dia,-ram of the device usod to detcrmine the mechanical properties of
polymers: (1) Test sample; (2) upper
clainp; ( ~) lower clamp; (4) calibrated
elastic plate carryinr strain gauges;
(5) recor 14 n- device for amplified
~ I "0
c-.irrents penerated by deformation of
the plate; (6) puide sleeve; (7) in-
clined plane; (6) loadl (9) flexible
coupling; (10) windinU-up drum; (11)
base; (12) pointer; (13) millimeter
scale; (14) electrically heated cham-
ber.
jz
Card 2/2

KUZNETSOV, A.R., inzh., PAVLOV kand. tekhn. nauk; ARBUZOV, G.A.,
-
dokt,or tekhn. nauk, prof.
Use of barium salts for ion precipitation from latexes of
carboxylate rubbers, Izv. vys. ucheb. zav.-, tekhn. leg. prom.
no.2:55-59 163. (MIRA 16.10)
1. Mookovskly tekhnologicheskiy Institut legkoy promyshlennosti.
Rekomendovana kafedroy tekhnologii iskusstvennoy kozhi A plenochnykh
materialov.

Al

10 FAVLOV, N.N.; ARBUZOV, G.A.; PAVLOV, S.A.; YAO DE-IN [Yao Te-ying]
Action of chromium and alumtn= aalte on mized polyamideB.
Vysokom. soed. 5 no.10:1558-1561 0 163. (MIRA 17:1)
1. Moskovskiy tekhnologicheskly institut legkoy prom7sh-
lennosti.

PAVLOVV N.N.; KUZNETSOV, A.R.
Trilonometric determination of CrIfand Al 2t present together.
Zav. lab. 29 no.9:1059 163. (MIRA 17:1)
1. Moskovskiy tekhnologicheskiy institut legkoy promyshlennosti.

I,CGEsSION lmti APLO38908 ---. s/ol38/64/000/005/0025/0028
j.UTHojjsj Kuznotsov, A. R.; Pavlov, N. N.1 ArbuzOV9 G. A.
TITLEt The modifying effect of barium and chromium salts on the properties of
carbo.)rjl containing latex films
SOUTf,,- ; Kauc -?-5: -, 1964j 25-28
huk i rezina, no >
TOPIC TIM: latex f iln , oaxbox~rl, barium, chromium, barium chromium f ixation,
tannod latex film, physicomechanical film property, latex SYS 30 1
ABSTPJ,C;T: Investigation of latex SKS-30-1 containing 20% solids and 4.23% free
mothacrylic acid was conducted. Films of this material were prepared in special
molds Uncd with heavy kersW tiBsue impregnated with aqueous solutions of BaC12
or CrC13 and with a mixture of those salts in various proportions. The tissue was
subsequently dried by a fan and an infrared lamp. Latex was poured into the molds
to form layors of the desired thicknoss and wan allowed to react for ~O Beconds
with the salts from the tissue lining. Nexts the films were placed for one day
on filter paper azA heated for 50 udmutea at 1400. The water treatment of tho
Cord 113

lAccmsim NRs AP4038908
Ifilms consisted of rinsing them for 10 minutes in tap water and then heating them.
IThe modifying effect of the polyvalent metal treatment was evaluated by changes
-which took place in the values of the relative equilibrium modulus of the film under
i 2
,a constant load of 8 kg eec/cm . The Ba and Cr content of the film was estimated
by the Trilon technique. Experiments with the effect of either BaG12 or CrCl 3
treatment at pH in the 3.6-21.2 range revealed a nonlinear increase of the Modulus
at the higher pH values. It was also found that while in the BaC12 treatment the
time of the rinsing of the film did not affect the modulus value, an early rinse
of the films treated with CrCl3 affected it adversely. The tests involving the
treatment of the film with mixed BaC-12-CrC13 oolutions (:Ln various ratios and at
various pH values) showed generally higher values of the modulus with Ughor
porcontagoo of CrC and aloo with a higher pH. It was aluo detonninod that at a
13
,B&Gl2:CrCl3 ratio of 8:1 and a pH of 11,2 there occurs a significant drop in the
Imodulus value. This the authors attributed to the formation of macrocrYst8llino
~Structures in the film. The role of ions and their mobility in affooting the
,~~trength of tne films are discussed. Orig. art.. haBs 4 charts.

ACGFZ,L!c,-'l 'i.:,z A?4038~08
ASSWIATIGN: Mookovskiy tekluiclogicil-iesidy institut legkoy proM*ohlennosti (Floscow
Techn.ological lwtitute of Light Industry)
00 DATE ACQx o5jun64 ENCLt 00
&PB CGDZI OC
C-jr-d 3/3
NO W SOVt 005
OTHER t 000

PAVLOV., N.N.
Investigating the physicomechanical properties of metal powders ,-~
rolled metal powder strip. Trudy LPI no.238:25-33 164.
Leading and pressure on the rolls during the vertical rolling of
metal powders. I oiJ. : 34~40 ( ~rj ,A 1 '7 * 1_1 ' ,

A' L 3.3oi&M Jw(e)/M(7A)/EWP(V)/ZWA~d)/T/EWP(-t)/W(k)/W(,Ii)/W(b)/EWA(c)
ACC NI
ACC NRj AT6.000129 SIDUR CO)?E:. UR/2563-/65/000/.25110040/004
-7
)Ijw it, JG1WH
JkU
AUTHOR: Vyazuikovo N.
r~.; Pavlovi, N. W.; Odynetas Go I
7110
F
Lenitzrad Polytechnic Institute: imeal Kalinin! (Loningradskiy
politekbalcheakiy Inatitut)
TIITLt s Production" of bimetallic strips with cornet magnetic layers on
nonza &C cores
SOURCE: -Leningrad. Politekbuicbeskiy institute Trudy. no. 2511, 1965a
Me'talloTedealys.(Netal science)'. 40-43
VOPIC TAGS::~ cornet,, austenitic steel -powder notallurgy/b.A114 A.
44z.-
AIISTKKCT: A. mothco was develop:d ftir~roducing nonmagnetic strips of
2-3 sn'thiekness th highly co rcIVI, agnetic I:y:ri 40*08-0.10 mm)
..,Applied by Powde On thods* 20N24Kh2 austenitic i keX"steel with an
average compositio f 0.20i-Ci 24% Ni and 2% Cr was'selected for the
nonuagnotic, core, XKMONKOTI a carbon-free dispersion hardening alloy,
was.chozen for the ic layere This alloy had an average composi-
Ition- of'9% A19 14% Wig 30% Cc, 4% Cu azkd,4% Ti (remainder re),
20N214MIateol was salted in a high frequency furnace,, poured into 10
ingotso bot-rolled a*nd cold-rolled into strips,30 us width and 2-3
1/2~

i: lyi6_46-
ACC NIh AT5000928
am tbicknesx.~ Due to;tho.brittloness of AUXOTI. at-both high and low
tompiritureag poIwder procIonsing was.used, The-powder (0.01 0 05'
diametery. was purified and degreased and applied to the cor; ~y citrid-
rolling,and subsequently sintered to bond-the layer by diffusion. The
.3intering was done at 11009 11500 1200 and 12500C for 2. 49.6 and 8 hrs
in a~hydrogon atmosphere, in vacuo,.in argon and:.Iu sealed iron tubes.
The surface conditions'ef. the respectivotreatments .we re-compared metal
~lograpbically.~.Tbe surfacei.of d :p rticles formed films of
atke,plDW or a
oxides.which ars:bard to reduc 0 eating which hindered the sinter-
ing process.' The nicrostructure f ANKOTI showed dispersed yl-N13(TiAl~
gr,
within the ains solid solution and as a fine network along the
grain, boundaries. The structure of the cermet form of ANKOTI (sinter-
ed powder).-had grains of solid solution with separated inclusion of th
pbase. Low magnification micrographs were shown of the bimetallic X
strip after sintering at 1100 1 1200 and 12500C. At llOOOCO the layer
showed such porosity and bad low strength* Equations are presented for
experiments,! parameters of each processe -Tho,best bonding of the
'powder,to the core wan.attained by~using an average unit pressure.of
2
to 50, kS/ma 0 Orige art& has: - 7 figures',-
SUS CODE-1131V SUBN DATEs 00/ ORIC REF: 000/, OTH REF: 000
2/.24

AP7004043 SOURCE CODE: 'UR/0323/66/000/005/0037/0040
AUTHOR: Yurkina, N. S. (Engineer) - Pavloy N. N. (Candidate of technical
sciences; Docent)
ORG: Moscow Technological Institute of Light Industry (Moskovskiy tekhnologi-
cheskiy institut legkoy promyshlennosti)
77TLE: Reaction of polynuclear tanning of trivalent complexes of trivalent
chromium with AK 50/50 polyamide powder
SOURCE: IVUZ. Tekhnologiya legkoy promyshlennosti. no. 5, 1966, 37-40
TOPIC TAGS: polyamide, chromium compound. polyamide powder, tanning
complex, chromium complex
ABSTRACT: A method for the production of highly dispersed AK 50/50
polyamide powder with the minimum amount of emulsifiers and organic solvents
is described. A 20% polyamide suspension in 80% ethanol was heated and the
resultant solution was cooled until jellied. The jellied compound was held at
least 48 hr at 4 to 6 C and subsequently stirred for 3 to 5 min in the presence of
1/2

VYAZNIKOVp N.F.; PAVLOV, N.N.1 ODURM, G,L,
Obtaining bimetal bonds with a magnetbi,-~eervzic metal layer ,
on a nonmagnetic baseo Tmdy LPI noe 25ls4O-43 165
(MIRA 19 11)

SLYUSARSKIY, L.K.; PAYLOV.,--N.N.; DOGADKIN, B.A.
Certain characteristics of sulfur vulcanization in the preson-ij
of dictmVl percx[de. Koll.zhur. 27 no.3t4dl-445 My-Je 165.
(MIRA .18.1'- )
1. Moskovskiy institut tonkoy khimicheskoy tekhnologii imeni
Lomonosova i Politakhnicheskiy institut,, Lodz', Pollskaya
Narodnaya Respublika. Submittea Sept. 29, 1964.

FAVLOV, N.N.
Lot production of Btandard cells for digital computers. Attor,
i prib. no.2:43-47 Ap-je 163. .\ (KYRA 18-.P)
i. Tnstitut kibernetiki AN UkrSSR. 11 \1

by
AV 165.
n.-, t.1 Lut I F'rL-oy
v:.

PAVIDVj, N. N. _
Calculating the grooving of section mills according io the
method of corresponding strips. Trudy LPI no.243:66-68 165.
(MIRA 18:6)

IPAVWV, N.P. [.Paulau, N.P.), Insh.
How to make a Thermos bottle that keepe food cooking. Rab. I Bial.
35 no.10:24 159. ( WRA 13:2)
(Thermos bottles)

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PAVLOV, Nikolay Trofimovich; ZELITSMAN, L., red.; SRAYKOVA, N.,
(Five hundred days on the ocean; sailor's notes] 500 dnei
v okeane; zapiski. moriaka. Vladivostok, Primorskoe knizh-
no* isd-vo, 1962. 158 p. (MIRA 16s8)
(Pacific Ocean--Voyages and travels)

PAVLOVp N. T.
TechnoloV
Cotton spinning. (Mmskva), Gizlegprom., 1951
9. Monthly List of Russian Accessions, Library of Congress, October -1954Z Unclassified.

PAVMVJ N. V. Cand. Geolog-Mineralog Sci.
Disseftation: "Chemical Composition of Chromium-Spineilids in Relation to Com-
position of UltrabaBic Intrusive Rocks." Inst. of Geological Sciences, Acad. Sei. U33R
28 Feb 47.
SO-. VecherrWaya Moskva.* Febo 1947, (Project #17336)

'PA 3/5UT3z5
irw
Xyzzwkites
%makites In Oertain Basic Rocks,"NV. pavlov,
Ye. Wbkly~ 9'p~
-I~jz Ak Ikuk SSR , Ser Geol" No 5
,lb.studying rocks f.-ca one of the Soviet anorthomite
wases, mynwkites vere found in rocks of anorthosite
AW''Obbronorite cmWotition. Xicroscopic~ study
-ifiowid, tUt myriekites are found In'labrafforites
:jj~orthomites., Salobfmorites, and plaglocIiie webster-
IUB.' 4dvmces a tbebry.of the'necbmism of nwr'ne-
lite fo2*ation.
'3.5

r
7
~

V MAgnedan xnA6etiteai in indicator for the depths of are
deposition. -jN. V. Pavlov *ad 1. 1. CbupryW=. Dol:
Akod. , Naxk-Z-=.-~ .- 298-30I(I9S5).-?&Snespn;
the Pe. are$ of the rn
ma
enic
netite (1)
t
ical for
.
-
.
g
g
yp
rulddle-%be
ti
n
rod
ct of
ia
d
it
diff
e
ti
I
r
n
s a
er
n
a
o
u
epos
s,
C
p
bask- rock, Ile chem. compn. of I changes regularly
(zp
With th 1. which It was forrae& ' I Inxn surface
M
t. Vesuvius or Stromboli don not.contaln'.
futuaralc
Fe(II). all 8 positions In the elementary cell being occupied
by Mt (mapeslofeMte), Deposits near the surface (in
depths ~31 85D-M m.) connected with basIC latru3ions (c.g,
th
Ri
U
T
f
h
Xh
l b
i
Ri
ose o
ver
we
un~
t
ver
as
e
atang
a,
9-5
4
t
d
b
t
t
6
i
)
an
.
.
a
as
us
con
a
n
oms
9e ya
Its of the'
and 2
de
Os
Further
1 a Fe(H)
. .
.
,
p
I
Rudnogorsk, Krasnoyarovsk, Xexhem-~
skoe, etc.). ep . ween 850 and 1000 M., which an!
'
:
derived frana oved Wit InuiWom, contain 1.26,
2.43 atoms'Mg, B.M-6.75 atoms Fe(II) 0 05-0 ,Oatoms'11,
and 1.".5 atom Al. TheJ de;Qts*.occnr;4ng-Ia the
i
l
bb
I
i
li
ntrusions w
mestones are
contacts of p
o4
4base
th
r
typical for depths of 1000-ISM m.; the Fe ores of Tunrumle.,
k
Td
d A
ki
d b
l
7 1
25
a
h
i
0
a
oe,
na
aracter
ze
,
.
t are c
y on
n
y
atoms us. 6.75-7.3 atom MIX), 0.1-0.0 atoms Ti. and
025-2.0 atom Al. The 0 potential was highest in the'
i
h" f
d
h
M
"
dl
kh
d
rste an
me
um w
orme
g-r
c
t
e
mape
lowest In the deep-seated contact-metasomatic mincraliza.:
tions which ccatain.241 in the m3guetitestructure only-ia~
v-
. . ............
1. ti A Sr U Sj

_- 7- lirk.
zXZ "I

rom lraa7~
eiite,- ematite "o
pamts of the Anguo-111mZky Mion. V. ll~lvlov
.-re
-rejwrt
3
_
_
Z
-c tm m C: is. I
~ V. ill(6-nal +ore- oV_
,t
(Jjfjtjjejjt
givIlIg
7
-
aad (Iltir ollilaMi~,", A t1d CIIVAU.
Macy

FAVLOV. NIVO
1- ,
I
MigherAte in Kethm ma,-motita ore deposits. T~-ad.7 Kin. L'If. no.8:
77--tw 157. (XM 11:3)
(Ilem Valley-Maghoml to ) (Angara Vallay-Mitghemite)

A ITTIM R i PnVloV
TITLE: Problems of the Origin of the Endogenetic Magnetite 'res of
the Tunguska Syneclise of the Siberian Plateau (Voprosy ge-
nezisa endogennykh magnetitovykh rud Tungusskoy sineKlizy
Sibirskoy plptformy)
PENTODICALi lzvontlyn Akhdomli nnuk SSSR , Snriyti geo1ogicheBkqy_'1, lq')R,
lir 9, Pp 3_24 (jjs~;jj)
ABSTRACT: The iron ore deposits of the Angara-Ilin region of tht~ -,in-
gusks syneclise never attracted much attention, beinF con-
sidered of little importance. Geologists connected the.,Lr
formation with the thermal activity of basic volcanic minerals.
It was then considered that basic magmata could not form large
accumulations of ores, because of the small conterts of vola-
tile 7ineralizers. In 1931, S.S. Smirnov (Ref. l) propounded
the theory that the reserves were in the hundreds of millions
of tons. He expressed the opinion that the ore formation pro-
cens is genetically connected with plutonic magmatic hearths
of bnFic rocks, which were rich in volatile minernlizers, Find
not with the erosion-opened trappean bodies. The presence of
such volatile components was indicated by large pneumatolytic
Card 1/Z and hydrothermal aureoles of transformed rock containing the

-- 7- 1: -,5 71- 0-11,14
Problems of the Origin of the Endogenetic Magnetite ")res of the Tunguska
Syneclise of the Siberian I'lateau
ore bodies. His theory was substantiated by later research.
The Tunguska syneclise covers an area of more than 1,00C.0,00
square km. Four large iron ore regions are there: 1) the
Angara-Tlim region-, 2) the Tunguska river iron ore fields
3) the Podkamennaya Tunguska river-Bakhts region and 4) the
Ilimpeya river region. The study of all these regions sKowed
a close connection of the ore-formation process with disruptive
dislocations which preceded the period of ore forma-.ion.
sources of minerals, which formed the magnetite leposits, were
the ore bearing solutions separated in various periods from
plutonic hearths of the basaltic magma which - before the ore
formation in the upper levels of the plateau - formed the
trappean bodies. 71ones of breaks which served as ways of
penetration for bRsaltic magma which formed the traps. This
article is a summing up of the findings of many geolDgists,
who, since 1931, worked in these regions. They were; V.S.
Sobolev, N.P. Anikeyev, V.P. Zorin, S.A. Doktorovich-Greb-
nitskiy, late A.N. 7avaritsiiv, I.I. Chuprynins, M.K, Yosygin,
G i.
V.V. Roslyakov, P.Ye. Cffman, A.T. Suslov, I.N. 'hir~ov, 7."
Card 2/3 SpizhArski-., I.I. Kragnov, V.L. Masaytis, Y.M.. '-dintsov, A,F.

I I _5P'_Q_ 1114
Problems of the Origin of the Endogenetic Yagnetite "Ires of the 71jng.,'Is~n
I
Oyneclise of the 'Siberian Plateau
Lebedev, V.A. Vakar, Lurlye, S.V. 0bruchev, K.T. 9og_,!ano-
vich, and the author.
There are 5 maps, 3 diagrams and IP 4:,oviet references.
ASSOCIATION: Institut geologii rudnykh mestorozhdeniy, petrografit, minera-
logii i geokhimii AN SSSR, N,oskva (The Institute of :;eology
of Vinerpl Deposits, Petrogrephy, Yineralogy and "'eochemistry
of the AS USSR, Moscow)
SUBMITTED: !"arch 12, 105F
i. Iron ores--USSR 2. Iron ores--Geology
Card 1,13

PAVLOV, N.V.; YAUCHINKO, M.T.
New data on magnestoferrites. Geol. rud. mestorozh. no.2:74-PoO
Mr-Ap 159. ( MRA 12:9)
1.Institut geologii rudnvkh mestorozhdeniy, petrografii, mimeralo-
gil i geokhtmii AN SSSR.
(Magnosioferrite)

50) SOV/64-59-4-14/27
AUTHORS: Zhelnin, A. A., Candidate of Technical Scien-ces, Pavloy,S. V.,
Neverov, A. 14.
TITLEt Enrichment of Sylvine Rock by Flotation
(Obogashcheniye sillvinitovoy rudy flotatsiyey)
PERIODICAL: Xhimicheskaya promyshlennost', 1959, Nr 4, pp 53-56 (USSR)
ABSTRACT: There are at present some factories in the USSR producing
potassium chloride and artificial Carnallite, which for that
purpose need large quantities of steam. The flotation method
makes possible to reduce the steam consumption considerably,
which is necessary for the processing of Sylvinite rocks. The
results are given, which were obtained by checking the industri-
al enrichment of Sylvinite of the Verkhnekamakiy Deposit, in
the testing plant of the Bereznikovskiy kaliyniy kombinat
(Berezniki Potassium Kombinat). A Sylvinite rock (crushed to
10 mm) of the following composition was used as raw materialt
mineral salt appr M/o, Sylvine appr 260, with smaller quantities
of gypsum and insoluble compounds. The sieve data of the rock
(Table 1) and those of the insoluble compounds (Table 2) are
Card 1/3 given. The rock crushed contained to 33% of the size 0.75 mm.

Enrichment of Sylvine Rock by Flotation sov/64-59-4-14/27
Since the mud falling into the enrichment products renders their
dehydration more difficult, and deteriorates the quality of the
product, the crushing-9 classification-, and mud-removing scheme
of the rock was especially carefully worked out. The scheme of
the test plant (Fig) is given as well as the process of crushing
and of removing the mud before the enrichment of the rock. The
sieve data of the classification product are also given(Table
The removing of the mud was carried out by flotation; for the
purpose of loosening the mud, an alkaline starch solution and a
collector-frothing agent FR-2 were added to the pulp. After
having removed the mud tile flotation was carried out by means of
orthodecylamine, in which case KC1 passes over into V.e mud.
The content', of KCI in the concentrate purified was 94-95/,',
Dehydration of the concentrate was carried out by moans of
centrifuges (humidity up to 4-5%) and drying druma. The yield
in KC1 amounts to 87%- It was found that no corrosion of the
apparatus occurs, which is obviously due to the uoe of ourface
active substances. Some instructions an to the use of the
individual devices (flotation machine "Mckhanobr 6V, Dory-
concentrator et al) are given. Technical and economic
Card 2/3

Enrichment of Sylvine Rock by F13tation SOV/64-53-Ilt-141/27
investigations carried out by the VIIIIG have shown that the
flotation makes possible a saving of 4%, as compared with
chemical processing. There are I figure, 3 tables, and
1 reference.
Card 3/3

VOLIPSON. V.1.; LUKIN, L.I.; DTUKOV, A.I.; KUSHNAREV. I.P.; Mr, A.V.;
RTBALOY, B.L.; SM'TUSMN, Te.F.; rHORMIWV, L.Y.; CHRMSM.
V.P.; BIRTMOV. V.1.; GARMASH. A.A.; DRMININ, A.V.; KARMAN.
K.A.; KUZMSOV, K.F.; L(rLOV%.IY. V.I.; PALINOYMIT, Te.P.;
NETWIT, V.A.- PAVLOV N.V.; RONENSON, B.K.; MKONOV, I.Z.;
SIDORMO, A. SMO. P.F.: CHRaLMOV. S.V.; YUDIN.
B.A.; KM17UR,,V.M.,.doktor geologo-mineral.nauki rateenzentl ..
KOTLYAR, V.N.. doktor goologo-mineral.naukp.rateenzent; GRUMMOT,
V.G.i doktor goologo-mineral.nauk, retsenzent; NAKMIX,,N.I.,.doktor
geologo-mineral.nauk, retsenzeilt; KUHZK. X.N., doktor geologo-mineral.
nauk, retsenzent; LIOGUIXIT, S.H., reteenzent-, SHATALOV, Te.T.. doktor
geologgo-mineral.nauk, red.; KRIMALIM, B.V., red.; SKRGEYHVA. N.A..
red.izd-va; GUROVA, O.A., tekhn.red.
(Basic problems and methods of studying structures of ore provinces
(Continued on next card)

VOLI]PSM, P.I.-(continued) Card 2.
and deposits] Oanornye voprosy i metody izucheniis straktur
radnykh polei i mostorozhdanii. Moskva. Gos.n&uchno-tekkm.Izd--vo
lit-ry po, geol. I okhrene nodr, 196o. 623 P.
(MMA 13:11)
1. Akademiya nauk SM. InBtitut geologii rudnykh mostorozhdeniy,
petrografii, mineralogii i gookhimil. 2. Mookovskiy institut
tsvetnykh mDtallov i 2olota (for Dyukov. Biryi*ov. Druzhinin, Kuz-
netsov)- 3. Inatitut mineralogii, gookhimii I kriBtallokhimil rodkikh
elementov AN SWR (for Garmash). 4. Awdemiya nauk Armynnakoy M
(for Karamyan). 5. Baleyzoloto (for Sidorenko). 6. Institut geolo-
gil radnykh motorozhdenivt petrografii, mineralogil I geokhimil
AN SSO (for Kalinovskly. Nevskiy, Pavlov, ChBrnyshev). 7. Ko~k-ovskiy
'je-6-16-gorezvedochnyy institut Im. S.OrdzhonWdze (for Ronenson).
8. Veesoyuznyy nauchno-iseledovatellskiy institut minerallnogo syrIya
(for Samonov). 9. Voronezhekiy universitet (for Sopko). 10. Kol'skAy
filial AN SSSR (for Tudin).
(Ore deposits)

PAVLOV. N.V - CHUMINA, I.I.
;;;W- ~~
Conparative, study of endogenetic minerali2atiOn of kimberlites in
the Daldyn River and iron-ore pipes in the Angara-Ilim region.
12V. AN SSSR. Ser. geol. 25 no.1014l-53 0 160. (MIRA 13: 10)
1.1notitut geologil rudnykh mostoroshdonly, petrografil mineralogil
i gookhimil AN SSSR, Moskva.
(Daldyn Valley-Kimberlits)
(Angara Valley-Iron ores)

.TAVLOV Mik-cO.-ay Vasill -ovi~b~SOKOLUV, Prof., (Irjktor geoloC,.- min.
~E~n'~a~i.ayo ~v!!-d~.S P.P. - red. izd-va; K-UZ 21'ally
red.; Sn'WHENO, GJI.~ tekhLrod.
[Magnesioferrite deposits of tbe TuDgtLska syneclise area of
the Siberian Platfom) Magnomagrietitovye mestorozhdenlia raionu
Tmigusukoi sinek-lizy SlbirBkoi platformy. Moskva, Izd-vo Ahad.
nauk SSSR, 1961. 223 p. 12 plates (Akademil-a nuW( SMR,
InoUtut goologii rudnykh mostorosbdenii, peti~ogrbfii, miml'alOgt 'L
I geolhimii. Ti-ady.. n0.52). (11114A 15-111
(Yeni,,~-4ey Vftlley--,~ignesioferrite)

PAVLOV, N.V., inzh.; WITAWHIK, 1.1., inzh.; PILYAGIN, V.F., insh.
Boiler units with liquId slag removal. Energomashinostroenie 11 no.72
1-5 J1 165. (KRA 18s7)

FLI, V,
Wi th dra n d~i, fnr, in til".1- tJ
-'~,'Ol- lud- 3-14
T r1 ii t

VASIL'YE7VA, MI.; GAIAAYUEOVA, A.F.; GOUSKOKOV, V.P., kand.
biol. nauk; XMIRPTEVA, A'.A.; i'-k1'-'YS1EVA, 1,.Kh.-,
KUBIU-SKAYA, Z.V., kanc. biol. nauk; O.-.A7LVA, FAIU-Ji
akademik; ROLDUGD", I.I.; SE4I0THOVKHE1;~,-?T'.'L`;'
TEREMOVA, V.I.: FISM:, V.V.; TSAGOLOVA, V.Q.; SnO;tOVA,
red.; IVANOVA, E.I., red.; MKOV,B.A., red.
[Flora c- Kavakhstan] Flora Kazakhstana. Glav. red. N.V.
Pavlov. 3ost. M..%`asilty,~va i d,-. iUmn-Ata, 1--d-vo A;
Kazakh. S~-. V 1.7. 1964. 494 F. 041HA 17:6)
1. kkaderriya nauk Kaz.S&-,, (for Pavlov). 2. Ch-len-korres-
pondent AN KazSSR (for 1~ykov).

PAVLOV., N.V., akedemik (Alma-Ata)
Ria last trip; the 100th anniversary of F.K. Kozlovlo birth,
Priroda 52 no.12L99-103 163, (MIRA 17-3)
1. AN Kazakhskoy SSR.

LEBEDEV, A.M., kand.tekhn.nauk; FAVLDV' N.V., inzh.
-. - - -, -2, '1 ~
Welding of the switch rails of the switch assembly, Trudy TS1111
M no.260:144-151 163.
Contact volding of rails with hard surfacing. 152-160
(MIRA 16:11)

FAVLOV, N.V.
- - - -1 - IAk
Co=unicatlon vorkers receive training. Aytos., telex. i eviaz I no.2:
39-40 7 '57. (MLEA 10:4)
1. Nachallulk B"stekoy distantsit sigmalizatsit i ev3rast BeloruBskoy
dorogi.
(Plailroads-Communicatiou systems-Study and toaching)

ROXHIM. B.D.; PAVLOV, N.V.
What should a s1paling and communications district be like? Avtom.
telem. I evias! 4 no.11113 N 160. (MIRA 13:1.1)
1, Nachallnik 0zherel'skoy distanteii signalizataii i svyazi Hookov-
skoy dorogi (for Romanen1w). 2. Bachallnlk Brestakoy dietantail signa-
lizatsil, i evyazi Belorusskoy dorogi,(for Pavlov)*
(Railroads-Signaling)
(Railroads-Communieation systems)

PAVLOVO N.V., almdemik; AGMVA, N.T.; BAYTENDV, M.B.; GMOSCCKOV, V.P..
" -i2d.biolog.neuk, red.-. KORNIWYA, V.S.; WjjYAXOV, P.P.. Prinimali
uchostlye: TABILITEVA, A.K.; OHAZDVA. A.: FISYUH. Y.T.. BTKOV,
B.A., red.; KUBANMATA, Z.V., kandjb1olog.nauk,.r9d.; SUVOROVA, R.I.,
red.; ALVZWVA, P.7.,.tskhx.rsd.
[Flora of KazakhstanJ Flora Ketakhstans. Glav.red.N.V.Pavlov.
Sost.B.T.Ageeva i dr. Alma-Ata. Vol-3. 1960. 457 P.
(MIRA 1):5)
1. Akademiya nauk Xasakhakoy SM. Alma-Ata. Institut botaniki.
2. AN Ka2SM (for Pavlov). 3. Chlen-korrespondent AN KazSSR (for
Bykov).
(Kazakhstan--Dicotyledons)

VASILOYEVA, A.N.; GAMAYUNCVA, A.P,; GOWLIKOKOV, V.P,, kand. biol.
nauk; KAM-TYSHEVA, N.Kh.; KCHOVIN, Ye.P.; OBRAZOVA, A.;
RDLDUGIN, I.I.; SKRIOTROCHEVA, N.L.; FISYUN, V.V.; PAYIkV,_
N.V., akademik, glav. red.; SUVOROVA, R.I., red.; ALFEROVA,,
P.F., tekhn. red.
[Flora of Kazakhstan] Flora Kazakhstan&. Glav. red. N.V.Pavlov.
Soot. A.N.Vasilleva i dr. Alma-Ata, Izd-vo Akad. nauk Kazakh-
skoi SSR. Vol.6. 1963. 462 p. (MIRA 16:6)
1. Akademiya iauk Kazakhbkuy SSR(for Pavlov).
(Kazakhstan-Botany)

PAVLOV, N.V.p inzhe; RASKIR, I.I.A., inzh.; SODDIEVSKIY, SJU., inzh.
IaYov* -f an exposed BKZ 16C-'100F boiler unit operating on
pulverized coal. Energomashinostroenie 7 no.4:35-37 Ap 161.
(MIRA 14:7)
(Boilers)

PAVLOV, fiev.p in2h.
Specialization of boiler-making plants. Inergomashinostroenie ?
noolOtAD-U 0 161. (IMA 14:10)
(Boiler-making industry)

PAVU71, Nikolai Vasillevich
PAVLOV, Ilikolai Vasillevich. Fo Mongolii; ocherk ekspeditsii 1923-24 i 1926
gg. nabarovsk, Knizho-- delo, 19.30. 3140 p.
DL-G: D3793.11-7F3
SO: LC, Soviet Geography, iart 1, 1951,

PAVLOV, Nikolai Vasillevich
PAVLOV, Nikolai Vasil'evich. ... Flora TSentrallnogo Kazakhstana ... Y.Pskva,
7 1
AN SSSR, 1938- (Akademiia Nauk SSSR. Kazakhstanskil filial, Trudy, vyp.
Includesi bibliographies.
BA DLC: Q6o.A6 vyp. 17
SO: LC, Soviet Geography, Part II, 1951/Unclassified.

FAWV, NIKOLAI V ILIEVICH
PAVLOV -NIXOLAI VASILIEVICH. Puteshestvennik i geograf Petr Kuztmrh Kozlov (1863-1935) ...
Iloskva, 1940. 12 [V p. (Moskov-skoe obshchestvo is tatelei prirody, 1-805-1940.)
"Perochen' vazYmcishikh rabot P. K. Kozlova"t 1). ZIY DIZ: G296-6F3
SO: LC, Soviet Geography, Part 1, 1951, Uncl.

PAVLOV, Nikolai Vasillevich
PAVLOV, Nikolal Vesillevich. Literaturnye istochniki po flore i restite2l-
nosti Kazakhstana. Moskva, AN S.QoIR, 1940. 180 p. (Akademiia Sauk -0,WR.
Kazakhstanskii filial. Trudy, vyp. 19.). DLC: Unclass.
SO: LC, Sovet Geography, Part H, 1951/Unclassified.

PAVL,)V, NROLAI VAIMI 3VT~Tll
PAVLOV, NIKOUI VA.JILI-EVICH Dikie poleznye i tekhnicheskie ra3teniia S3SR. Moskva,
1942. 640 P. -USI-I '--A 1-1-ilUJ P1,4 GMM,~( tA~J& -rGUSIR'
W%
SO: LC, Soviet G:~!ography, Part 1, 1,151, Uncl.

PAVLOV, Nikolai VasiVerich
PAVLOV, tikolai Vas:Ulevich. Rastitellap resursy Iftlanogo Kazelahstura. Mosk-Ta,
lzd-vo Hook. Ob-va Ispytatelai prirody. 1947. 1~9fi, (41; T.
SO: LC, Soviet Geography, Part 11, 1951/Unclassified.
T" "4-L