SCIENTIFIC ABSTRACT PETROVSKIY, V. V. - PETROVSKIY, YU. V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001240620006-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 15, 2000
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

. -FETROVSK17p V.V.., dotsent
Mutual relation of some factors of environment and the functions
of organism. Nek.filos.vop.med.i est. no.2:356-362 '60.
(HIi,,A 11,:7)
1. Wedra fizicheskogo vospitaniya i fizicheakoy k-ulltury
Kiyevskogo meditsinskogo In,9tituta, imeni Bogomolltsa.
(BIOLOGY) (PHYSICAL THERAPY)

PETROVSKIY, V.V.
I - --.-
SynLsiae as forms of plant coexistence. Bot. zhur. 46 nc.11:
1615-1626 14 161. (MIRA 15:2~
1. Botanicheskiy institut imeni V.L. Komarova AI; SSSR,
Leningrad.
(Plant communities)

KOTOVA, G.N.; PETROVSKIY, V.V.; SMIRNOV, D.I.
Effect of various factors on venouB tone. Fiziol.zhur. 47 no.2:
237-2-46 F 161. (MJ?A 14: 5)
1. From the Normal Physiology Chair, Bashkirian Medical Institute,
Ufa.
(VEINS)

. . . . . .
I .

PETROVSKIY, Vladimir Viktorovich; POLEZHA)T.V, Ye.F., red.; ZZUTEVA, 1;.K.,
tekbn. red.
(Role of the lymphatic vessels iL blood circulation] 0 roli lisfati-
cheskikh sosudov v krovoobrashchenii. Foskva, Gos. Jzd-vo med. lit-
ry Medgizp 1960. 11+9 p. (MIRA 14:7)
(BLOOD-CIRCULATION) (LYPPHATICS)

-EJTRQTSLIr-,--T-V-, kand.tekhn.nauk; Vk&kNDVA, L.K.. inzh.; VIRM,
P.F., inzh.
Use of jalousie
high ash content
Yr 160.
ash traps in the fuel bed burning of
coal. Blek.sta- 31 no-5:79--81
(MIRA 13:8)
(Ash disposal) (Farnaces)

PF2RQVSKIY, V.V., in7h.
T4e -pligs and snike -1--' 'ea. P
,60.
. ;t K~1~-z . 4 n-c t :32- -, ~
1~
(MIRA 1 1.;
(Railroa is--T:,k, ~

PiTaonvy. v.v.
j :-neareq~.. 3- .7h--T. 45 n--
st:-~Ctural elements %f !.,I-,
382-393 * 16C. (MIRA 1,-':0)
1. Botanicheakty inatitut im. T.L.Komarova Akedemil nauk SSSR,
Leningrad.
(]Plant comimimities)

P]ITELOVSKIT. V.v.
Structure of plant associations in the polygonal string bogs of
the lower Lem Valley. Bot.zhur. 44 no-10:1500-1507 0 '59.
(MIRA 13-4)
1. Botanicheskiy institut im. V.L.Komarova, Akademii nauk SSSR,
LenIngrad.
(Lem Valley--Swamps)

nr

AEMOV. I-V.; BAMOV. S.G.; GORSHKOV, D.S.; KRASUMOROV. G.A.
MMOVSXIT, V.V.
Treating trichomoniamis in brulls [with Summary in Ingliek],
Veterinarlia 35 no.2-35-40 7 158. (KIM 11:2)
l.Vsesouzny7 institut eksperimentallnoy veterinarii (for Abramov,
Petrovskiy) 2.Moskovskaya veterinarnaya akademiya (Bakhtov).
3.Sovkhoz "Krasnaya Po7ma" (for Krasnogorov).
(Trichomonlasis) (Bulls--Diseases and posts)

U3";R / M.-, 'f F~._ In--, C-A
;.b. jour FLf Zh- R;..., K, . 2-- 1958, 1~ 1~13')9
-th.- -r-, V., Bruu;~v, 3. ~.; F-ax-, D. S.. Nmanom-
U. 71W P-t1r, of Bull& Affiletod vith Trlebomanl~ls.
Orlg Pub V,t_.rla,Mr,, --A, :V, 2, n-40.
..b. BUIls - t-tC !tL -.ntr-c-l,%r I~j~tv- (12 IrQ_-
ti-) of p-P.tl'.l
-.~y,,. cod -r
ff. ct"' ir,6x. lot-...
Z_I'nj-tLm, of -da -U!~ (..U45 g1kr) 1. ~ 10 p-
at d1luum of 4 pt~/2101"P-I QlUUM nnd local 3PP11-
Z
U a of ta, ind cod-liver oil, as ~11 ~ of no-aaal
corbiwd with lodiao-themin alse produced m4ptl~ ro-
Card 41

5(l)
T7 TF:'jR
TTTLE:
RIOD !CAL
ABSTH!,CT:
Petrovs~' -l'U
V- te
f TE,
Forpipr
ts n 0,,; t rr,
e f --n ty'.
F -1 .~ 1 r) T -, (]
r t, z7
This i5l n rei,ort con-erni:,.- -,n En,,., in,~, (Nr 7~,C,;j?f
American pjte,,t,; (Fr 2-78')54',l nnd 11 It . . . . '. '! .. ! ~-
fi,7ure,g. -lr '784 cd 1 T!,
Card 1/1

,~Lj as PE T- ~ 0 V~ r, ~ Y, V V,
-111LI-M t, I -,~ - /17
3665. W LkA ri im uF DL ACT i ULVL,,tl Z..tt uh bhudis GUALb.
Petrovskil. V.Y. Laets, V.1L and Shalaev, N.B. (La. Ekon. ropliva kFuel
Econ.) June 1952, 25-28 . An Illustrated description and test figure&
are given for a plant used with 5team or hot water boilera cot,suming
1.5 to 2 tons of brown coal per hour. kL)

ZAT-ETS, Vladimir Nikolayevich; PETRDVSKIT,Vasiliy VladinirOTich; RTSAKDV,
likolay Fedorovich; 1AMNUTTIJARITIR, "R,.P..,-- re6itOr:--WCHKD, Tu.V.,
radaktor; IrOVALIMM, N.I.. tekhnicheskiy redaktor.
LBoiler equipment] KotelInys, ustanovki. 8veMlovsk, Gos.nauohno-
takhn.lid-vo lit-ry po chernoi i tevetmol metallurgil, Sverdlov-
skoe otd-nis, 1955. 296 p. NiaA 9:6)
(Boilers)

I AWMANIS.. aspirant.
bacteriological diagnosis of trichomoniasis in cattle. Veterinarlia
)4 n0-5:81-83 W '57. (KIRA lOt6)
1. Vaesoyusnyy institut elceparimeatalluoy veterinarli.
(Trichomonas) (Bacteriology--Culture media)
(Cattle--Diseases and posts)

PETFOVSKIf, V. V.
Kochegar parovogo kotla. Svprdlcvsk, Metmllurgizdat, P-442. 118,(2) D. i'lua.
(V pomoshchlrabochim massovykh professii)
Bibliography: P. 110.
Steam~boiler stoker
DI,C: TJ289.P4
S(: Manufacturing and Mechanical Engineering In the Soviet Union, Library of
Congress, 1953.

PETROVSM, Ye.T.
Improving the design of woocit,.r, L~jxes. Ljt. pr-'-Zv. no,- -
Je 163.
klvlp,;, -,6 -
(C-oremakingi

IPL?TROVSKIY,$.*-; CHIRKOV, B.V.
Meter for briquet rrodu,~tiori. Turf. prcm. 30 az~.5:30-)l Y,,7 "3.
~ YT:-I.A -, : " ,
1. Orekhovo-Zklyevski.v torfobriKetnyy zavod. (Briquats (Fuel))
(Gounting devices)

in2h.
Checking to Drevent crumbling of Dent briquettes. Torf.Drom. 3~
no.2:23-24 "58. (MIRA 11:5)
1. Orakhavakiy torfobriketnyy zavod.
(Pent)

PWROVSKIY, YO.Ye.,
Bending tests of peat briquets. Tor-f.prow.)2 no.7:22-24 '55.
(KLRA 9:1)
I.Orekhovskiy torfobriketnn zavod. __ Tasting)
(Briquets (Puel)-Testing) (Peat

PSTROVSKIY, Yu.
River of the electric drMcn. Znn,~.Pilxi "~' no.10:24-27 0 '57.
(MIRA 10:11)
(Amur River)

PETROVSKIY, Tu. (UAZAV)
Stmple narrow-band filter. Radio se.5:64 my 156. (MIRA 1:7)
(Radio filters)

PITROVSKIT, Tu.
,
On the bottom of oceans. Znun.sila 31 no.1:29-30 Ja 1~6.
(Ocean bottom) (MIJU q:4)

PETRO-VSK IY.- -
The ninth planet. Zman. alla 32 no.3:33 Mr '57. (NLRA 10:6)
(Pluto (Planet))

PITROVSKIT, Yu.
On the verge o' irrealit7. Zaan.aila 31 no.?-.17-24 Jl 156.
(Machinery, Automatic)(Autematic control) (KLRA 9:9;

FITROVSKIY. Tu.
Taming the dragon. Znan.sila Vol.31, no.6:7-10 Je '56. (KLRA 9:8)
(Tellow River--Regulation)

fUBJ E CT USA and U.-,':(/Llectronica 4-5-2/17
AiTHOR: Petrovskiy, Yu.
11TLh: New "Professions" for Electronic Machines ',Sovvye "professil"
elektronnykh mashin,
j,ERU)1,,1CALi 'Znantya - *.ila, May IQ~7. #'~, pp 6-10
ABSTRACT: The article deals in a very general manner with 'Industrial
and military application of electronic devices, such as radar,
electronic computers and various other automatic electronic con-
trol instruments. Inventions made in the U3A, Great Britain
and France are described, e.g. 73 radar system, automatic pilots

automatic operqtion of sulfuric acid Rnd dry Ice plants, Auto-
matic production of napalm, etc. One chapter deals with a
"postal computing machine station in Prague" and in another
chapter the applicntion of electronic computing machines in the
CSH sugar industry is mentioned. Further, an electronic levice
of the Bell Telephone Company is mentioned, the "Audrey", which
transduces spoken language into ele-trical impulses to te fed
into computing machires. The last chapter deals with an elec-
tronic devices to be used for composing music whi7h was designed
bard 112 by a French company.

PMOVSKIY, Yu.
- - - 1 a 0 " 2'0 Qs"R'~- ~ -- -taion8l for elactronic machines. Zn&n. sila 32 DO.5-'
NFF;71-1
6-10 MY '57. (KLRA, 10:9)
(A~ectrui,'-~ r!rntrr)l)
'Bler t r ~ C ~ - ~A .- , " ~;t t 1 n? qvv-, "I Tin a )
k
(Ilar tro-, - - ~t.~ i%,~- -,pilancse)

ZINKOVICH, V.. prof. doktor geogr. nau1c; LAGUNOYA, I.; ~~VUJ_J..
zhurmlist; VIRD'TZ, Zhan; PSTROV, S.. inzh.; NAUMOV, S., nauchnyy
sotrudnik; IOFFB, T., inzh.; DROZDOV, V., inzh.
People of now specialties. Znan. alls 32 no-11:32-34 N 157
(MLRA 10:11)
1. DIrektor Instituta rentgonologii i rwologii Kinisterstva zdravo-
okhraneni.va (for Iacunova)
(science)

PETROYS911-1-ML-1
First artificial language. Znan.-sila 38 no.2:13-19 F '63.
(MIRA 16:3)
(Languages, Artificial)

PTMVSKIT, Yu. -
In pursuit of light. Znan-sila 13 no.12:18 D '58. OGRA 11:12)
(Particle accelerators)
,a

AUTHOhi Petrovskiy, Yu.
TITLE: The River of the !~Iectric Lragon ~Heka
drakona)
PEM ODI CAL iZnaniye - 3ila, 1)'~7, if 10y 1.1, "4 - ~',7 ~U -3h)
ABSTRACT: An agreement was concluded between the --cademy c-f
of the Soviet Union and the hinese People's Reputlic in
1956 relating to the development of the amur giver basin.
1n summer of 19')b, geographora, geologists, 1~otanists, iuo-
logista, soil experts, geomorphologists, hydrologiuts, power
experts and transport specialists, proceeded with the in-
vestigation of the region. These researches Aere coniucted
through the winter. As electricity is the main factor of
industry, the expeditions tried first to investigate the
power resources of the Amur iiiver Basin. A group of speci-
alists led by 5. Klo~ov, Doctor of 'Fechnical Sciences and
Professor Feng Chun-Yur., covered a listance over 1,30 km
up the Amur and Argun', cnoosing sites for the conotructirn
of water reservoirs, dams, and hydro-electric plants. ~n
the Amur border region, five sites, extremely suitable for
Card 1/4 the construction of hydro-electric plantspwere found. 11ants

The River of the Electric ~jragon
of about one million Kilovatts will te ?~,nEtructet_ wltn dE:ms
of 35 - 70 meters. In tne Are,-un' re6ion, 16 sites were
found. Similar results were obtained in the UsBur, Mulen
and Suyfen river areas. Academician V. Nemchinov, considers
that hydro-electric plants must first be constructed near
Zey and Dzhalinda. These towns are only 400 km from the
South-Yakut8k iron ore and coal mines and '00 km from the
nonferrous metal and iron layers in the Chitinsk district,
The industrial exploitation of these basins is covered by
the sixth Five-Year-Plan directives. The ereat 3iberian
route (put') will be electrified from Vladivostok to Ir-
kutsk. These two electric power plants will supply the
whole north-eastern region of China - i,e. the An'shyan
metallurgy, the Mukden machine building and textile industry,
the Fushun coal Industry, the Kharbin and TsItaikar power
enterprises. The transmission of d,c. current would also
ensure the supply of Faking. The abundhnce of cheap energy
will cause a radical reorgartization In industry; the re-
placement of the usual Martin and converter steel by high
quality electric steel, and the organization of a new
chemical industry on the basis of energy, which cannot now
Card z/4 be realized through the expensive electro-energy of thermal

The River of the Electric Dragon
plants. All these electric plants will .e uni-ec
4-10-151/47
general, national network.
Geologists, mineralogists and other scientists investigated
soil resources. They discovered ores 4ith an iron content of
over 60~D, besides coal, limestone, fluorspar, asbestos,
molybdenum and manganese. Copper, magnesium, tin, zinc. and
lead were already discovered. Raw materI&I for the -chemical
industry were also found, as well as timber, cement ani marble.
The existence of petroleum layers is very probable. The fer-
tility of the soil ensures rich harvests without fertilizing,
while irrigation will create proper conditions for rice cul-
tivation. rhere are also excellent conditions for cattle
breeding.
Navigation on the Amur is rather difficult hecause of
rapids, and because to the north the river ,;prPadi over a
large plain, dividing into many arms, which flow into the Amur
Firth, and then into the Okhotsk Sea. ?rc.~ects have beer,
elaborated to dredge channels, and to direct the river towards
another outlet. There are three projects. The first of them
provides for the digging of 15 kms of canals between a nuzber
of lakes situated between the Amur and the Peter Sound to
Card 5/4 connect the river with the sea. "he second Project is to

The River of the h1ectric Dragon
4-1(~-
str%ighten the winding of tn~- rver near
Chinese scientist worked out the tnird irojert whi-,'~
use the Sungari river, one of t '.e Amur afflu-:ntg, qs !he
main entrance channel. This gives access to iml,ortunt towns
such as Kharbin, Girin, Mukden. This, however, is inly o,-;e
part of the project. It appears possible tc cut a straight
water route between the Yellow Sea and the Amur. Ti,e -onner-
tion of the Amur and the Nonni river by a ~--hnnnel would cl.en
~ straight route to the south. Tnis Froject would create
~ direct connection between the u,,.,per an-11 central Amur
the most important Chinese industrial centers. As a
,~, the Amur would flow into three stfas -
of those three projecti
in the Okhotsk, the Japan anc. the Yellow Sea.
There are 3 sketches and 1 map.
AVAILABLE: Library of Congress
Card 4/4

nTRDVBKIY, Yu,A,; SMWM, Ye.*,j SKAKUV, IN.P.; TURN, I.P.
LiTer function in experimental vitamin B~ deficiena7. Topr.
tisiol. ao.8s123-12? 154. (KIRA 14s1)
1. Vymk17 meditsinskiy institut.
(VITMB k DMCIXNCY, experimental,
liver funct. tests)
(LIVER PURCTION TZSTSp in varione diseaveop
axper, vitamin b, defto.)

Y, Yll. I ; ~: :, .",! 1~1 , '!, !, .
-7 ML-uf'~~-"";7 :r w 3- -r~
cc,
r:-nta'l-
s v niu, rur 3! 7
-V

inz, .; SHL"WN, D.N., inzin.
~F"
"ne G~ mcna-l'.
ri,, 10: 1 co-2 3
ev. ker '~,4.
za-4
ir.Ftt *,,*-a st- 'ilv~ih ma,-P;- a xv

L 32656-66 _ EWT(I)/FCC GW
ACC tQt AT6017320
AUTHOR: -Petrovokiy. Yu. S.
ORG: none+
SOURCE CODE: UR/2546/65/000/143/0069/0090
T11'U-,: Analysis by means of streamlines of maps of the tropical zone
SOURCE: 411oscow. Tsentrallnyy institut prognozov. _Trudy, no. 143, 1965. Stroyenive
troposfery L-siFa-tosfery i vzaimosvyazl tairkulyatsii Severnogo i Yuzhnogo Polushariy'
(Structure of the troposphere and stratosphere and interrelation of the circulations
of the Northern and Southern Hemispheres). 69-90
TOPIC TAGS: weather forecasting, streamline, weather map
ABS7KAC1': A study was made of the relationship between winds and the pressure field
in the tropics. Isobaric analysis, difficult in the tropics, is unreliable for
predicting circulation. Analysis of the few surface maps for the tropical zone by
means of streamline construction indicates that this method has possibilities. It
is not yet advisable to reject isobaric analysis, however, because this aids in
drawing streamlines. To be of use, the analyses of the pressure field mist be made
more carefully, giving proper consideration to small pressure gradients, tho daily
behavior of pressure, the effect of local conditions, and the possibility of anti-
tr3rptic wind. Analysis of surface maps for the tropical zone by constructing stream-
lines, with concomitant isobaric analysis, requires additional time, and for this
Card 1/2

L 32656-66
ACC NR, AT6017320
reason its use in everyday work in the equatorial zone is apparently too laboriouB.
It seems advisable now to restrict the work to the most interesting localities of
a particular region, giving special attention to inertial wind (when the wind moves
counter to the gradient or is inclined in a direction not proper for the hemisphere),
to well-defined antitryptic wind, and also to tropical cyclones. Analysis of upper-:
air maps by construction of streamlines has no advantage over isobaric analysis
because of the present scarcity of data on wind and because construction of stream-
lines rests on isobaric contours. As In other analyses, the effect of Eulerian
winds should be considered. Orig. art. has: 7 figures and 3 tables.
SUB CODE: 04/ SUBM DATE: none/ ORIG RM Oll/ OTH REF: 004
Cprd 2/2

A~r a:- e r
hem, 7;- 9

ACC NR. AP7001154 (41AJ) SOURCE CODE: UR/0439/66/-045/006/0830/0835-
AUTHOR: Arzamasov, 1. T.; Herkuaheva, I. V-;.Fetrovskly, Yu. T.;
Dyllko, N. I.
ORO: Division of Zoology and Parasitology, Academy or Sciences,,Belo
russlan SSR Minsk (Otdel zoologii I parazitologil Akademil nauk Belo-
russkoy SSRi
TITLE: Parasites of squirrels In Belorussia
SOURCE: Zoologicheskly zhurnal, v. 45, no. 6, 1966, 830-835
TOPIC TAGS: -zaala;V, parasitology, parasite, arthropod, helminth,
protozoa, rickettsia A
iABSTRACT: Data on parasites of the rey squirrel were collected in the
lBelorussian SSR between 1963 and 19J. The specificity, distribution,
.and dependence of 46 parasite species on the living conditions of the
1host were analyzed. In all, 39 arthropod, 3 helminth, 3 protozoan,
and I rickettsial species were found in arboreal squirrels, while In i-
ground squirrels and burrowing squirrels 14 arthropod, 6 helminth,
1
1 rickettsial, and 1 microbial parasite species were found. (LP
I CWA-50)~ GBE No. 14~,
ISUB CODE: 06/ SUBM DATE: none/ ORIG REF: 016/ OTH REF: 002
Cord _ 11/1 uDc: 591.69-932.22(4

FZTROVSKIY, Yu.T. [Piatrouski, IU.T.]
Distribution of the suslik Citellus suslica MId. in White
Russia and the history of the establishment of its rang. Vestai
All BSSR Ser. Mal. nav. no.1:119-122 '58. (MIAA 11-5)
(White Run a i a-Stis like)

PETROVSKIY, Tu.T.
Studying thp eiurnal act!vity cy,~le in the suslik Citellus
sualicus Culd. hy the uee of actog-raph. Zool.zhur. 36 no.9:
1413-1418 5 159. (MIRA 13:1)
1. Kafedra zoologii BelorusBkogo eoHudarstveniiogo univerBiteta
(141 no k) .
(SuBlikB)

FE7ROVSKn, Yu.T.
Ecological pecularities of the auslik Citellus fusllcu Qld in
White Russia. Zool. thur. 40 no.5t736-?48 161. (KDU 14:5)
1. Department of Zoology, State Undversity of Byelorussia, Kinsk.
(White Russia-Sualika)

P,F7-1?0 V6-,'(" // "/ Y LA. V.
USSR,Chemistry - Chemical engineering.
Card 1/1 Pub.50 - 11/24
Author Fastovskiy, V. G., Prof, Dr Tech Sci; Petrovskiy, Yu. V.
Title Study of columns containing a multi-layer net fillin6
Periodical 10iim. prom., No 6. 357-364 (37-44), Sep l5c4
Abstract Investigated experlmentally the performance with recpect to i,z:L;r ',ra,
fer and heat transfer of columns containinj; d net filling cunsistin,_,
Df 1-7 layers. Compared the performance data wil.l. tl-.use obtained on
columns containing other types of fillings (cerandc rings, saddle-slia,..
clements). Found that by using a five-layer net filling an optimur. r----
duction of the dimensions of the column is obtained. Because of the
sLperior performance obtained with this type of filling, recommend its
,ase In industrial distillation and absorption columns. Twel%,,-- r~:ferew_-_.
USSR, all since 1940. Six figures, 5 graphs, U tables.
Institution
Subndtted

------ ~-- - ~ - : - :.~ ~ - - ~ - ~
I.-

Ot- ..:
FASTOVSKIT. V.G., doktor takhnicheskikh nauk, professor; PETROVSKIY, Yu.V.
-I--
InvestigatIng rectification in a wetted-wall column. Khim.pram.no.4:
12jD-234 Je 156. (MLRA 9:10)
l.Vassoyuznyy elaktrotakhnicheakiy institut.
(DistillAtion apparatus)

FASTOVSXIY, V.G.; nTILOYS11Y, Yu.V.
Uperimental stuAy of counterflaw condensation. Zhur.prikl.khim.
29 no.5:723-730 My 156. (MU 9:8)
(Distillation, 7r&ctional)

10
*,*,Zan
&r
,.an &r
-777
-lh
'iin il" in, 7.4 w. -arlim
4POr T
tow
es sure 8-
-,J*:3040.-4W 1 (.1 2-2 W
11-21 -3117, c6umn
Oc
f - _.
'or,
qux -.."M d ttid"- 'as
ni 0o1" Im
0'.., oll bill' the ~basis -oU
cow-,
qu- -un. vapor,;.. m
0"P~('qc* 0 on
hcldil n&, ii: -of. the, Uar.:
jolm t van
CM
poll
d' for fow in-
W
Sjk,,,-j4js"ncem#~:; SSR I Geft. and 1

T, F~ TRN (:~) K I ~,) ~ C? - 'V -
USM/ Physical Chemlstr~y - TherzaDdyamics. Thermchenistry. Xquilibrium- B-8
Physic9chemic9l analyags Phase transitions
Abs Jour Referat Zhux - Khimiya, No 4, 1957, LU57
Author Fastovskiy T.G Petrovskiy Yu.V.
Title Investigation of'tjq1RT-Vapo_r__Ruilibriua in the Systes 02-Kr-
Orig Pub Zh fiz khlrAi, 1956, 10, No 3, 589-592 (English summary)
Abstract By means of the previously described (RMMiz, 1956, 42596) experiment&I
unit and operating procedure data have been secured concerning the equili-
brium compoaltion of liquid and vapor, at different temperatures, in the
case of fiva different 0 Xr mixtures. In the coordinates ln-ff --ab-
0-
solute pressure in mm He , I/T, the experismantal points for each mixture
fit straight lines located in intermediate positions between lines of pu-
re components From these graphs were plotted T - (~ W curves, where x
(respectively, Y) --20le % 02 in liquid (in vapor), at absolute pressures
2128, 2230, 3700 md 5170 ma R9 (0-5, 2.0, 4.0 aM 6.0 kg/cz~, excess).
On the baaie of calculated equilibrium conWaitions of vapor, T -P (y)
curves ve-re plotted for the saw pressures. Satisfactory agreenent- bet-
ween calculated and e_xperimemtal values shours that the system under study,
Card 1/2

PEMVSKIY, Yu. V., Cand of Tech Bid - (dies) "The study of certain physicochemical
and engineering problem applicable t4 the tedhnology of the production of &rgon and
krypton.u Moscvw,, 1957,, 15 pp (Moscow Institute of Cheadcal Machine BuLL1ing), 110 copies
(KL. 29-57,91)

LA.

L
T.

1. Periodicals-Review

AUTHORS: Trokhin, A.A. , Engineer, 7 -
Petrovskiy, Yu.V., Candidate of Technical Sciences
TITLE: A Survey of Periodicals (T-o stranits&m zhurnalov/
PERIODICAL: Kislorod, 1957, Nr G, np. 38-38 (USSR)
Received: April 7, 19ib
ABSTRACT: Four abstracts from foreign newspapers are mentioned denlinA V/W)
the following subjects: An oxygen turbocompressor (VDI Periodical,
1955, VII, 97, No 19/2D, p. 614); New heat insulating material
(Penouretan) (Barringer, Ref rig. Eng. 1957, 4, pp. 53-6-, 100; 111
112, USA); On the application of oxygen in blast furnaces ' 'James,
Compressed Air Mag. 1957, 6, pp. 170-4), and on pumps for liquid
oxygen (Missiles & Rockets, 1956, 3, PP. 35-54). There xtre I figure
and 4 non-Slavic references.
AVAILABLE: Library oil Congr-dss
Card 1/1

AUTHORS: Fastovskiy, V. ~G., FetroTskiy, Yu. V. 64-8-7,119
TITLE: Rectification Method for the Production of the Pure
Krypton (Rektifikatsionnyy Bposob polucheniya chistogo
kriptona).
PERIODICAL: Khimicheskaya Promyshlennost', 1957, Hr B, pp. 28-32 (USSR)
kBSTRACT: In the investigation of the conditions under which the solid
phase in the oxygen-krypton-system is formed it was found that
no precipitation of the solid phase occurs at 1,5-2
atmospheric pressure. This admits the carrying out of the
rectification of a rich concentrate at such a pressure and
to obtain here a chemically pure krypton. Here a periodical
rectification of a rich krypton concentrate (10% krypton)
was carried out in the mounting-column at 2 atmospheric
pressure and technically pure krypton (96-99% krypton) was
obtained with 95-96% output. A scheme for an industrial
plant for the rectification of a rich krypton concentrate
was worked out here. This plant contains the prepurification
of the concentrate from the hydrocarbon admixtures, drying
and purification of the concentrate from CO 2, rectification
Card 112 with a production of the technically pure krypton as well

Rectification Method for the Production of t-.e Pure r~4-8-7/19
Krypton
as a subsequent purification of the same from the oxygen-
and hydrocarbon admixtures in fumaces in order to obtain
the pure krypton. A rectification plant for the production
of a technically pure krypton was planned and built; as well
as a device for the removal of oxygen and hydrocarbon
admixtures and for the production of pure krypton. The plant
and the device are used in a cxygen-krypton-great block
which works 20,000 m3/hour.
There are 6 figures, 1 table, and 10 references, 4 of which
are Slavic.
kVkILkBLE: Library of Congress
Card 212

FASTOVSKIY. V.O.; PSTROVSKJY, Yu.V.
ObtalniW pure -v 41stilla*,inr. Knim. ;rom. ric.--:47t,--480
D '57. -MIRA 11:2)
(Kryj~ ton )(Diot I ',I tit In n ~k I j.aratuti,

PSTROVSKlY, Yu.V., inzl,,ner.
--
Snall-size -Y.7gen gaatflers. liglorod 10 no.2:43 '57. (NLRA 10-9)
(oxygen) (Gas producers)

PETROVSKIT, Yu.V., inz~.
Poreign patents. Kislarod -,- 147. i mLa , -,: : : I
(Patents) (Ghsmistry, Tectinical)

FFMOVSKrT. Tu.V.. kand. tekhn. nauk.
Storing and transporting liquefied gases (from "Missiles and
Rocket@." 1 no.3 1956). Kislorod 10 n0.5:43 157. (9I.RA 11:4)
(Gases, Compressed)

PSTI.-)VSKIY , Yu,V., kand. t eVhn. nauk,
I I
Transferring beat to liquid nitrogen (from nPaper Amer. Soc. Mach
Ingre..' no.SA-4 1956). Kislorod 10 no-5:43 157. (MIRA 11:4)
(Heat--Transmission) (Nitrogen)

I-MOVSKIT, Tu.V., kand.takhn.nauk
Concrete reservoir for liquefied games (U.S. patent & . 2777295).
Kislorod 10 no.606 157. (mIRA 11:4)
(Gases, Compressed--Storage)
(Prestressed concrete construction)

Imnd.tekhn.nauk
P-amps for liquid oxygen (from "MissileN and Rocksta,w 1 ao.3 1956).
Kislorod 10 no.6:38 ~57- (NM 11:4)
(Pumping machinery)
(oxygen)

1171. 11.
PASTOVSHY, V.G.: Yu.V. -1
Study of the ravor-liquid equilibrium In the s7etem w7gen-arron-
nitrogen. Zhnr-fli- Wis. 37 no.4:R36-841 Ap '5?. (YEPA 10-7)
1. V9evn.,nmrcfy el #Plrt rote". nicheskiy imatttut to. V-I.Lenina. Moekv;l
"Yet"ll (.Chf"
Istry)) ('~Wgon) (Argon) (Nitropen)

V
LUTHORS: Fastovskiy, V. G., Fetrovskiy, Yu. V. 76-10-22/~4
TITLE: A Study of the Vapor-Liquid Equilibrium in the System
Nitrogen-Methane (Issledovanlys ravnovesiya zhidkosti
i para Y sisteme azot-metan).
PERIODICAL: Zhurnal Fizicheskoy Khimii, 1957, Vol. 31, Nr 10,
pp. 2317-2321 (USSR)
ABSTRACT: The phase equilibrium of liquid and vapor in the
nitrogen-methane system at absolute pressures of
2, 5, 8, 11 and 16 kg/om2 was investigated. The data
concerning the equilibrium compositions of liquid and
vapor and the corresponding temperatures for seven
different mixtures were obtained. On the strength of
the boiling temperature on the liquid composition
T-T(x) found by experimental way the compositions of
the equilibrium vapor computed which were compared to
the experimental data. 0The fact that the computed data
agree well with the experimental data admits the use
of the van Laar equation with the coefficients nhich
values are given for five pressures investigated. Datt
are given which facilitate the construction of the
CARD 112

PHASE I BOOK F-ULOTTATION U70
Voesoyazuyy elektrotekhnicheakiy institat
Nizki,ye temperatury i redkiye gazy (Lov Temperatures and Rare Gases)
Moscow, Gosenergoizdat, 1958. 2B6 p. (Series: Its: Trady, vyp. 61)
2J.260 copies printed.
Ed. (title page): F&storv-skiy,, V.G.; Doctoi, of Technical Sciences; Ed. (inside
book): Zhiga:r--v, A.A.; Te-:).. Ed.: Lariono7 G. Ye. Editorial Board of Series:
Andrianov, K.A., Biryukov, V.G. (chief ed.~, Bztkevich, G.V- (deputy chief ed.);
Grwovskiy, V.L., Kalitvyaaskiy, V.I., Timofeyev, P.V.,FastovBkiy, V.G.,
Shemayev, A.M.
PURPOSE: This bcok is lntt_~x~,d for s.!i--~ntlats anti techilicianz conceraed with
storing, hamdling. g~-ses (especially 0017gen
and rare gases/.
COVERAGE: The volune is onv.- of a by the All-Union Electrical En
gineering Inetitute 5-men.1 V. --. Lepln. rhe Collection incl-ades main projects
carried out during ttlia period 1947-1955 by scientists and technicianB of the
Low-temperature Laborat-iry headeed by of Technlc5_1 Sciences7 Professor
Card 1/ 5

Low Temperatures and Rare Gases
1170
Fastovskiy, V.G. and Rovinskiy, A.Ye. The Adsorption Method of Separating
fton-Hellnm Mixture 67
Fastwokly V.G. and Petrovskiy, Yu.V. Investigating PhO&O Y;q4z--'Ubrim
of L1,juified Gases 99
Foatarskly, V.G. and Petrovs1dy. Yu.V. Investigating Liquid and Vapor
Equilibrium in them System -Oxygen-Argan-Nitrog--n 116
Pastovskiy, V.G. and Petravskiy, Yu.V. The Influence of Argon on the
Air Rectification Process 123
F&stoyskiy, V.G. and.Petrovskiy, Yu.V. Several Questions on the Technical
Preparation of Argon 139
Fastarskly, V.G, and Petrovskiy, Yu.V. Research on the Industrial Preparation
of Kr7pton 154
card 3/5

Low Temperatures and Rare Gases
1-170
Fastoyslciy, V.G. and j!etrovskiy.-Yu.V. The Rectification Method of
obtaining Pure Krypton 162
Pastovskiy, V.G., Rovinskiy, A.Ye., and Petrovskiy, Yu-V. Obtaining Pure
Xenon 174
Rovinskiy, A.Ye. and Vlasova, A.A., Senior Technician, Engineer. Removal
of Oxygen From Inert Gases 185
Fastovskiy, V.G. and Rovinskiy, A.Ye. Gas Analysis
195
Pot mkiy. Yu.V-. Small-scale Apparatus for Preparing Liquid Air 220
Rovinskly, A.Ye. and Vlasova, A.A. The Production of Ozone by Corona
Diseharge, 232
Wastovskly, V.G. and Rovinakiy, A.Ye. Intensification of the Cooling of
. Righ-voltage Mercury Arc Rectifiers 242
Card 4/5

(,7 - 1
A UTNT OR Pe t ro v:3 Y u . V CandidLtO of Tecl.nic,-,.l SciencC3
I'-- LE Fcrei -r.
Patents (Inc -tran-n-,,ye patenty)
PERICDI~:AL: Nr 1 PP. 41 (USSR)
A'3ST hit CT This article .-ives a description of the following P.Aentsi
1 ) Ar. kierican 'patert for a plant for producinC liquid
ox~,,-,en, nitro,,en an(~ raw ar-on. (?:r 2 762 2081
2) A Vrench patent a --ortable device for i~roducint; li-
q c xy I- e n . ~'~ r 7,13 There are 2 fj,:ures.
AV A I LA BL E: Library Con ~resq
1. Liquid Qxygen 2. Patents-USA 3. Patents-France
CarJ4 1; 1,

AUTHORSt
TITLE:
PERIODICALi
58-3-7/3,1
Fastovskiy, V. G. Doctor of Technical 3ciences, 1rofessor,
Petrovskiy, Yu. V. Candidate of Technical 3ciences
On the Possibilities of IntenDifying the Cooling of 'Iurtlo-
generators (0 vozmozhnosti intensifikatsii okhla-.Iideniya
turbogeneratorov)
Elektri-hcntvo, "', Nr 1, pp. '12 - 35 ~'USSR)
A-BSTRACT: First a survey is given on the possible ways of intensify-
ing the cooling of turlogenerators, then the problem of
the usefulness of an artificial hydrogen cooling (Ref 4)
is investigated. Of the two possible aims pursued by such
a cooling that one is more interesting which offers the
possibility of increasing its output in obtaining the mea-
surement6 of the effective parts. This aim is investigated
here also in applicationto a 200 ?,TW turbogenerator. The
hydrogen cooling types possible for a cooling to 0 0C are
dealt with here: the application of a compression (vapor)
cooling plant, of an absorption cooling device, and of a
Card 1/2 turbodetander N. It is shown that from the standpoint of

I - r - 58-3-7/31
On the Possibilities of Intensifying t~e ~:&,- 1 ine of Tur'_'QCener:_ *.' rB
economy of the out,~ut adjuzted, the absorption -oolinE
plunt does not offer any advantages in cor-al,arison to the
compressiun T'111ant. A certain advantage of the former i.~
the lacking of a machine-outfit, the dimensions of the ab-
sorption cooling plant are, however, consilerably L-reater.
'lie temperature drop can be obtained by the expan-;ion of
the gaseous hydrogen in the turbodetander after previous
compression. Comprisingly it iS said th,it a liquid cooling
is the most favorable one, i.e. in the first place the cool-
ing of the stator w--nding and then of the rotor, An arti-
ficial hydrogen coolinE with the aid of cool4ng plants re-
quires, however, ~-7reat capital investments and operation
expenditures and can be ex;~elient only in iniiv~_d,,.al cases.
There are 6 references, 3 of which are 60viet.
ASSOCIATION: Vsesoyuznyy alektrotekhnicheskiy institut i-ieni Lenina
(All-Union Instituteof Electrical En,-ineering imeni Lenin)
STjBMITTED: April 1, 10~"
Card 2/2

AUTHOR: I
1u. V. , Candidate of Technical 58
Sciences
TITU: Foreign Patcr,ts (lnostran*~e patenty)
J-12IODICA-7: Kislorod, 1~D6. Nr 4, !--D. 36-39 ( US31(
AhS~'WtCT: In this article two American natents arc 6cscritc6: C.nc of
concenis a container for liouid oxygen, vii,ich is r.-.r..nufa,,-turcd
the f irrr. of Strong ec Bundi . the other concer-s i~ dcv.-ce 1', r t~ c
iDroducti3n ri' technical o)~ygen, which is rrovidco -j-th the
reauner,~tcr-'.-lunt-exchangers. This device is beiii,.' red
ty the firm cf G. T. Skaperdas. There are 2 fiCurcL-.
Card 1/1 1. Oxygen-Production 2. Oxygen (Liquid)-Production
3. Industrial equipment-USA 4. Patents-USA.

AUTFOR- V. , Candidate of Tecrir.-.m 5c,
7"Clences
TITLE: T-:n6encil~s in tne De~relopment cf' Large Flar-.,q Prod,-c-niz
Industri&1O)ciger (Tendenteii v razvJtii ijoqi:chok%,kt.
zek~Lnicacskogo Ki.s_i.nrrda)
PERICDICkL: K ro6 , I ir L, PP- 3;--7~ (USSR,
ABSTRACT: The following tendencies are especially inentA'ocie6: The erioeavc!
.s made to build cxjrgen plants with as lltt~e capita.: inve~~=.er,~
a.9 noss- e
ib`t, and to make these plants adapt&bl- 1c, h
wrisumptioi, in factories. As moaz.Ls, -L.%e ~.AZ/ger r.ay-*
"R!:~sxol` , wi-,ich 1,.5 of Engiiah production, and the Amen --,ar r ~ar
for -~he prr-duc;t'Lon of 51'~O =3~'n (puriTy of oxygez; c)co.~-.%~ a'7-
aie. -. ~4 ones! as ranizr,8 firet and second resper+: -~:,v. Both.
ci, ",)v ljit~iis of it schematica.' drflwtig.
Car-3 1/1 1. Oxygen--Production 2. Industrial plant-r--Ecoromic
aspects 3. Industrial plants--&peratian

PETW)VSKIY, Yu.V., kand.tekhn.nauk
Oxygen pressurizing system without pumps. Kislorod 11 no.5:11-IB
, 58. (MIRA 11-12)
(United States--Oxygen)

PETROVSKIT, Tu.V., kand.tokhn.rauk
Improvements in the revaporiEation of liquid -xygen. lislnr~,d 11
no.5:58-59 ' 58. ( x1 aA ~ l : 4 2 ~'-
(Great Britain-Oxygon)

PETROVSKIY. Tu.V., k&nd.tekhn.nauk-
Law-te=erature exWelon turbines (from no.?, l?--).
Kislorod 11 no.~:60 ' 98. (MIR.A 11: 12)
(Refrigeration and refrigerating machinery)

FSTROVSKIY, Yu.V.. kand.takhn.nauk
Liquid nitrogen plunger puzp operating at ?00 ata. (fron "Ind-uBtr.and
Engnr,. Chem.." No.12, 19~7). Kislorod 11 no.5:60-61 1 58.
(MIRA 11:12)
041trogen) (Pumping machinary)
00

PETFOVSKIY, Yu.v.. kand. tek-hn.nauk
Air separation ap--&arat-us. Kisiorod 11 no.6:35 '5 B. DERA 12:3)
(OVgan) (C$inmical engInepring-Squipment and supplies)

PETZ)VSKIT,Tu.V., kand.toktn.nauk
Submersible pump for liquld oxygen. Kielnrod 11 no.6:36 '58.
OURA 1213)
(Refrigeration and r9frigerating naeMner7)

PETROVSKIT. Yu.V.. kand.tokhn.nauk
Liquefied gas valve. Kislorod 11 no.6:36-37 '58. (MIRA 12:3)
(valves)

1OW
AUTHORSt Fastovskiy, V. G., Petrovskiy, Yu. V., SOV/64-59-2-Ir/2'4
Akchurin, R. A.
TITLE: Investigqtions of the Resistance and Efficiency of a
Contact-plate Utilizing the Kinetic Enerf-y of the Light
Phase (Issledovaniye soprotivleniya i effektivnosti
deystviya kontaktnoy tarelki, ispollzuyushchey
kineticheskuyu energiyu legkoy fazy)
PERIODICAL: Khimicheskaya promyshlennost', 1959, Nr 2, pp 169-174 (USSR)
ABSTRAM No constructional and individual data are available on the
contact-plates devised by V. Kittel (Ref 1) which operate
according to the principle of the utilization of kinetic
energy of the rising light phase for a more intense mixing.
In the present case contact-plates were constriicted by
employing the same principle. The plates were made of
0.5 mm steel plates with a certain arrangement of elliptic
openings (Figs 1, 2). The total surface of the openings
is 27% of the surface of the plate. Two types of plates
were produced which are used in pairs. In one plate the
Card 1/2 liquid flows from the middle to the periphery, in the second

Investigations of the Resistance and Effic:ency of a ccv/'64-r9-2-1~_2-J
Contact-plate Utilizing the Kinetic Energy of the Light Phase
it flows reversely. Two pairs of plates were tested on a test
plant (Fig 3). Oxygen was desorbed from water (at an air
current velocity of 1710-5000 kg/m2/hour, wetting density of
18800-40300 kg/m2/hour, and water temperature of 100) and
carbon dioxide from water (-1855-4950 kg/m2/hour,
25500-42250 kg/m2/hour and 110). The reeistance of the plates
described is lower by 2-3 times than that of perforated or
bubble plates. The optimum velocity of the gas flow (at the
above-mentioned wetting densities) is 0.9-1.0 M/Bec. Under
the afore-mentioned conditions a value EML - 0.82-0.88 for the
degree of efficiency according to Merfri with respect to the
change in the liquid composition was found. Compared to the
perforated and bubble plates the efficiency of the contact-
plates described is higher, the resistance is lower and the
degree of efficiency under optimum condition is equal, There
are 9 figures and 1; referen,pq, ~ of which are 5oviet.
Card 2/2

140)
AU`THORz Petrovskiy, Yu. V., Candidate of Technical Sciences
I -
TITLE: Air Separatinog Ap?aratus for the Prod.4ction of Oxygen With,
Increased Pressure (Vozdukhorazdelitellnaya ustanovka d1ja
polucheniya kisloroda pod povyz;hennym davleniyem)
PERIODICAL: Kislcrod, 1959, lir 3, pp 49 - 50 (USSR)
ABSTRACT: Under this title the British patent Pr 784590 "In1:rjve.e:.*s
in or Relating to the Cold Se-,aration of Air" by P.M.Schuft&n,
and A. D. Littlewood Is briefli dealt with by the abstracter
mentioned above as the ujthor. There is 1 figure.
Card 1/1

50) SO'V/67-59-4-17/19
AUTHOR: Petrovskiy, Yu. V., Candidate of Technical Sciences
TITLE: Foreign Patents
PERIODICAL: Kislorod, 1959, Nr 4, P 52 (USSR)
ABSTRACT: This is an abstract from the French patent Nr 1139087 concern-
ing the purification of noble gases of oxygen by means of iron
oxide. There is 1 figure.
Card 1/1

14 (1 )
'~UTIIOR: Petrov iki,,, Yu. I., ',uridl lilt(- Of 7
Technical Scle-nces
TITLt;: 1) New Fi.!Ld!-, of lic tion Ior Proluct:; ( f Air Fr.. ~t!
2) 3olders for Lovi-te~,-.; er_ti~-e 3er*,,ice
IzRl,'~DICAL: Kislorod, 1 )9,j, Nr 6, 1, ~1 (U'3~;R)
AB TRACT ad 1 ) ; A lr~r.Lef repcrt ~a ~-.iven on the -irticlu h,
"Crionl_-enics~l Bi.~ Murket f,r Alumanium" from llo_eri. .1:3,
1Y,", Vol 14, 'Ir 7, 5t~ und 60 --oncer-. in;-
vidual fiolds of ap,lic:ition of air frzictionatin~,, ct:,,
in the U3A. ad 2): A hrief rej,-ort is given on th,~! trtic;1c: 1Y
A. F.. Kaufmann "Oelectin., 3oldor.3 for Lo-i-Temi;,~ru,_ure
fr,.~- Eaterials in De.31rrn 1998, Vol 18, 'Ir
-~.p 111-115 witn res~t~ct to 3ome soliers xhich Tuy be
lo-temperature servict,.
Card 1/1

FASTOVSXIY, V.G., doktor tekhn.nauk; PETRDVSY.IY, Yu.V.. kand.tekhn.
nauk - - ,
Heat transfer and ranistance to air flow In a package of sheets
with sestapherical projections [with summary in English].
Teploonergetika 6 no.1:65-68 Ja '59. (MIRA 12:1)
1. Vnm9oyuznyy elmktrotakhnichaskiy Institut.
(11nat oxchangnra-Aarodynamics)

PRTROY�IPC[.-J[u.l,kand. tekhn. nauk
Air separation apparatus with a dephlopmator. Kislorod 12 no.1:45-44-',
'59. NiRA 12-6)
(Liquid air) (Ox7gen)

PMOVSKIY, Yu..V., kand. tekhn. nauk
Air separation apparatus with an ai-itional nitroeem cycle.
Kislorod 12 no.l:Lk~-+7 '59. (Y!-U 12:6)
(Liquid air) (Oxygen) (Nitrogen)

PMOVSKIY, Yu.V., kand. tekhn. nauk
Oxygen apparatus with deep freezing of a part of the air before
its compression. Kislorod 12 no.1:47-4P 119. (M14A 12:6)
(Liquid air) (oxygen)

FZTROVSKIY, Yu.V., kand. tek-hri. nauk
improving the ef~,~ctivenasa of apparatus for the low tempera~,Ire
separation of gas mixtures b7 V-ie ieep-freeze methods (from
"Trans. Instn. Chem.EngTs," 3t~, No.-J, 19-1,P). Kisiorsi 1-2 no.l:~~!
I )q. ()41RA 1~)-6).
(Liquid air)

..,UTFOR: Petrovskiy, Yu. ., Candidate of SOV/67-59-2-1-,,11
V
ech,nical S~cienceE
TITLE: Foreien latents (Inostrarnyye patenty)
(1) Air-fractionatin~: Apparatus (Vozdukhorazde1ite)'nay,.i
ustanovka). (2) Container for Liquefied Gases (Re7.ervu:-tr
dlya szhizhennykh Erazov)
P E" IOD I CA L Kislorod, 1959,''l-d' 2, p 5/3 (USSR)
This short abstract Jeals with the two British patents
,'-BSTRACT:
Nr 786---96/'(l'; (Improvements in or Relating to Low-temper~~ture
Sei~aration Df Air, Schufta-n, F. !'., November 1", 1957- --nd
Nr 796450/(2) (Apparatus for the Storage of Liquelfiei ~---oes,
Y on r o e ,G Jun e 1 9 5 The re a re 2 f i,,-u re s
(lar
1

PWMVSIIT, Yu.V,, Vaud. takhn. nauk
Storage vessels for liquefied gaseo.(British patent No.801328)
Kislorod 12 no,5:57 159. (MBA 1312)
(Great Britain-Idquefled gases)

2,Y, 5-200
AUTHORS: Fastovskiy, V. G., Doctor of
C ,
14--a V., Candidate
TITLE- Heat Transfer and Resistance
Continuous Spiral Ribbing in
PERIODICAL: Teploenergetika, 1960, Nr
69204
8/096/60/000/06/015/025
E194/E284
Technical Sciences and
of Technical Sciences
of Bundles of Tubes with
Square Arrangement
6, pp 69-72 (USSR)
ABSTRACT: Since the manufacture of tubes with continuous spiral
ribbing was developed by TsNIITMASh they have come to
be used in heat exchangers. A study was made of the
heat transfer and resistance of bundles of aluminium
and copper tubes in square arrangement using the
experimental equipment and procedure described in an
article by the same authors in Teploenergetika, 1959,
Nr 1. In the tests steam was passed through the tubes
and air blown over the outside. The main cooler design
data and experimental results are tabulated and the
empirical formula (1) is recommended to represent the
experimental results. The aluminium. tubes gave a 10%
higher heat transfer coefficient than the copper tubes
apparently because they were more freely spaced in the
Card 112 bundle and the relative height of ribbing is less. The

B
:etrovsr:iy, iu. V., ~'astovski V.
f:nr.ea L~14~-es in crosscurrent excrian.; ers
1ERIOD.CAL. Knimic;.e6Kaya promysnlennost', no. .1, 19(l, ~`I-
1EXT: The present pacer deals with heat exe .nange, nydrauilic :-&SI
and efficiency of firred 'Capes n heat exchanirers used for air
f rac t i ona t I in .The aut;.,jr-s used tempered cop~,er pipes, b - 1- m%
diameter, witti transverse fins arranged in spirals, wnici. -e4,~re obta
drastic deformation Ly means of' rolling. Rolling rate. 1.
lengtn: 2, m; inside diameter d.: 4.7 mm; diameter of fin basis
outside 1'.;r. iiameter- I) mm; mean fin thickness'
heignt : 1, = ! . ~ -r~rr,; number- of fins per meter: ,,,2~); fin spacine~
s pe c , f i L e Y t ern al p 1 p L- ;i a r fa c e : F = 0 . 0 9 6 5 mm ; c o e I I"i c i P, ri
calculating the surface o., tne finried pipe: F/F~
siecific suriace of s::-)oti~ pipe, diameter - t).1 mm); weit~,nt of
W 21 ' k6 ~m tempered pipe can be wound round a
1.'ard

':.,3 ~- r) I n: . e i
d i ame t e i- cf-) ro-~ and e rve,,; fo r hi Kh-pre aBure heat ~xc narip,,,- i s
ad m i s :; i b ! e i n 1. e rna I e x c (,:z ,; pre.,i su re -- 400 kg/ cm' The j, i 1, es V
wound round a brass 1:2 pt- core Fig. 2) wi tr, tin outsid.. ti lamet
1 , .-I In four : ayer. .,, I t . )-,L space linings. T:,t-- sense of w !, I .
alternated :,umber of turns in tne direction of tite air cu., e!. t
layer; interst4ce sLace between f '.,, edges: G.
covered wit.,; ft~lt ~~n-l coa t ed wi t n a 1 xim Cu fo 411 4 -J,
s 1,; r fa c e r,)v i d A a i r J s t b L; t i on . The neat excnanger M
its outside dia:;,e,.t~.,, s
Ine total lengtn of pipes
exLerna- surface m z ~ - ( ) (Fig
niE~h-pressure fan 1
heater 2. are used for pur,~ing air into the heat excnar--er
1- mm in diameter.
cooled a:r is conducted: trircugn a ,ipe W
diaptiragm E. jif.erential pressure gauge u and a ;ini w:,
f 3 r T.,~ a su r i n e; ai r co n z; um;, t i on . A centrifugal pump ' -,- s e rv t~ -
cold waler ':.r;-;u,--t: an ,n,ermediate vessel (8) into vezsel
k' \ and '12) are differen-..Ei.
warn; wat e r i!~ t nz ves sei
water 4
in~ 41cates tne drop in pressure of tne ai r pa's -~ng
0~, (12) indicates t:.e j.re;isure difference between inlet and out,'el
of Inlet and 1--tit~' temi,eratures were measured by tlie co,~.-ir-
Card r