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238. |
Ш т о к о л о в |
Л. С. |
Опыт |
обобщения |
дачных о критических |
тепло |
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вых потоках при кипении жидкостей в области больших скоростей |
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течения.— ЖПМТФ, 1964, № 1. |
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239. |
Ш т о к о л о в |
Л. С. Кризис теплообмена при кипении этилового спир |
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та в области больших скоростей течения.— ИФЖ, |
1964, № 12. |
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240. |
Я р ы г и н |
В. И. Характеристики |
плазматрона с |
пористым |
охлажде |
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нием.— ЖПМТФ, 1968, № 2. |
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241. |
B ä k we 11 |
H. P., |
L u m l e y |
J. L . Viscous |
sublayer |
and |
adjacent |
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wall region in turbulent pipe flow.— The Physics of fluids, v. 10, № 9, |
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1967. |
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242. |
В e t с h о V |
R., |
С r i m i n a 1 e |
W. Stability |
of Parallel |
Flow. |
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Acad. |
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Press., London, № 4, 1967. |
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243. |
В о b г о V i с h |
G . I . , M a m o n t o v a |
N . N . |
A study of the |
mechanism |
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of nucleate |
boiling |
at |
high |
heal |
fluxes.— Int. J. |
Heat |
Mass |
Transf., |
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v. 8, 1421 p., 1965. |
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244. |
В о b г о V i с h |
G. I., |
A v k s e n t y u k |
B. P., |
M a m o n t o v a |
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N. N. |
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On the mechanism of boiling of liquid metals.— JSME |
Semi-Int. Sym |
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posium, Tokyo, 1967, |
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245. |
B o n n in J., |
D u m a s |
H., |
L i e re |
R. |
Etude de |
la |
diffusion |
saline |
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en regime permanent une conduit circulaire. Int. Ass. Hydr. Res., Delft, |
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1957. |
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246. |
В о г i s h a n s k y V. M., N o v i k o v |
I. |
I., |
K u ta tel |
a d z e |
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S. |
S. |
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Use of thermodynamic similarity in generalizing experimental data of |
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heat transfer.— Int. Developm. in |
Heat Transfer, Colorado, |
Pt. 2, |
1961. |
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247. |
B u r g e r s |
I. M. The Motion |
of |
a Fluid |
in the Boundary |
Layer |
along |
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a Plane Smooth |
Surface.— Proc. of |
the First |
Int. Congr. for Appl. Mech, |
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Delft, 1925. |
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248. |
B u s s e |
F. H. |
Bounds |
on the |
transport |
of |
mass |
and |
momentum |
by |
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turbulent |
flow |
between parallel plates.—ZAMP, Bd. 20, № |
1, |
1969. |
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249. |
B u s s e |
F. H. |
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Bounds |
of |
turbulent |
shear |
flow.— |
J. |
Fluid |
Mech., |
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vol. 41, pt. 1, 1970. |
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250. |
C h a n d r a s e k h a r |
S. |
Hydrodynamic |
and |
hydromagnelic |
stability. |
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251. |
Oxford, 1961. |
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R. |
Turbulent |
Natural Convection |
from |
a |
Vertical |
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C h e e s e w r i g h t |
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Plane Surface.—Trans. ASME, Ser. C , № 1, 1968. |
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252. |
С о n i n g s |
E. W., |
С 1 a p p |
I. T., |
T a y l o r |
I. F. Air Turbulence and |
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Transfer Processes Flow Normal to |
Cylinders.— Ind. Eng. Chem., v. 40, |
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№ 6, 1948. |
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253. |
С о г с о s |
G. M.. S e 1 1 a r s |
J. R. On |
the |
stability |
of |
fully |
developed |
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flow in a pipe.—J. Fluid Mech., v. 5, pp. 97—112, 1959. |
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254. |
C o u n t a n c e a u |
J . |
Convection |
naturelle |
turbulent |
sur |
une |
plague |
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vertical isotherme.— |
Int. J . Heat Mass Transfer, v. 12, № 7, |
1969. |
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255. |
D a г с y |
H. |
Recherches |
expérimentales |
relatives |
aux |
mouvement |
de |
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l'eau dans tuyaux.— Mem. Etrang. Acad Sei., v. 15, 1858. |
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256.D e v o i d I. Turbulent Mixing in Subchannel Analysis.— Int. Summer School "Heat and Mass Transfer in Turbulent Boundary Layer", 1968.
257. |
D r i n g R. P., Ge b h a r t |
B. An experimental investigation |
of |
distur |
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bance |
amplification |
in |
external laminar |
natural |
convection |
flow.— |
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J . Fluid Mech., v. 36, Pt. 3, 1969. |
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258. |
D r y den |
H. L . Some |
recent contributions to the |
study |
of |
transition |
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and turbulent |
boundary |
layers.— Papers |
presented |
at the Sixth |
Inter |
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national Congress for Appl. Mech., Paris, September |
1946. |
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259. |
D r y den |
H. L. Review of |
published data on the |
effect |
of |
roughness |
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on "transition |
from |
laminar |
to turbulent |
flow.— |
J . |
Aeron. |
Sei., v. |
20, |
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pp. 477—482, |
1953. |
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260. |
D u b s |
W. Uber den Einfluss laminares und turbulenter |
Strömung |
auf |
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das Röntgensteubild von Wasser und Nitrobensol |
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(Ein röntgengraphi- |
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scher |
Beitrag |
zum |
Turbulenzproblem).— Helv. |
Phys. |
Acta. |
v. |
12, |
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p. 169—228, 1939. |
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216
261. E c k e r t E . R., J a c k s o n T . W . Analysis of turbulent free convection boundary layer of flat plate.—NACA report, № 1015, 1951.
262.E i f f e l G. Sur la resistence des spheres dans l'air en mouvement.— Comtes Rendus Acad. Sei., Paris, T. 155, p. 1597, 1912.
263. |
E l d e r |
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J . W. |
Laminar |
free convection |
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in |
a |
vertical |
slot.— J. |
Fluid |
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Mech., v. 23, Pt. 1, 1965. |
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264. |
E v a n s |
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G. V. |
A |
study |
of diffusion in |
turbulent |
pipe |
flow.— |
J. Bas. |
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Engng, v. 89, 624 p., 1967. |
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265. |
F a g e |
A., |
T o w n en d |
IT. C. An Examination of Turbulent Flow with |
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an Ultramicroscope.— Proc. Roy. Soc. London, v. 135A, p. 656, 1932. |
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266. |
F a v r e |
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A. J., |
G a v i g 1 i о J. J., D u m a s |
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R. J . Space-time |
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double |
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correlations and spectra in a turbulent boundary |
layer.— J. Fluid Mech.. |
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v. 2, pp. 344—356, 1957. |
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267. |
F a v r e |
A. J., |
G a v i g I i о J . J., D u m a s |
R. J . Further |
space-time |
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correlations of |
velocity in a turbulent boundary |
layer.— J. Fluid Mech., |
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v. 3, pp. 313—342, |
1958. |
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268. |
F e n t e r |
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F. Analysis and direct measurement |
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of |
the |
skin |
friction of |
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uniformly rough surfaces at supersonic speeds. New |
York, JAS pre-print. |
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№ 837, 1958. |
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269. |
F г о u d e |
W. Experiments on the surface |
friction. Brit. Ass. Rep., |
1872. |
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270. |
G o d d a r d |
F. |
Effect of uniformly distributed roughness on turbulent |
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skin friction drag |
at |
supersonic |
speeds.— JAS, |
v. 26, № |
1, |
1959. |
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271. |
H a c k e r . |
Empirical |
prediction |
of turbulent |
boundary |
layer instability |
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along a flat plate with constant mass addition |
at the wall.— Jet Propul |
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sion, v. 26, № 9, |
1956. |
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272. |
H a r r i o t t |
P., |
H a m i 11 о n R. M. Solid-liquid |
mass |
transfer |
in tur |
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bulent pipe flow.— |
Chem. Eng. Sei., v. 20 |
(12), |
1965. |
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273. |
H a r t n e t t |
J. P., |
S as t r i V. M. К. |
Heat |
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transfer |
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in |
transpired |
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turbulent |
boundary layers.— Int. Summer |
School |
"Heat |
and |
Alass |
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Transfer |
in |
Turbulent |
Boundary |
Layer", |
Herceg-Novi, |
Sept. |
1968. |
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274.H o l l a n d s K. G. T. Convectional Heat Transfer between horisontal boundaries aFter instability.— The Physics of Fluids, № 2, 1965.
275. H u b b a r d |
D. W. Correlation of |
Mass Transfer data: Comments on |
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an article by Son and Hanratty.— A I. Ch. E. Journal, v. 14, № 2, 1968. |
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276. |
H u d i m o t o |
B. Ab rief |
note on the |
laminar sublayer of the turbulent |
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boundary |
layer.— Mech. Fac. Eng. Kyoto Univ., 13, 1941. |
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277. |
I s o k o f f |
E . S., D r e w |
T. B. Heat |
and momentum transfer in flow |
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on mercury.— General discussions on |
Heat Transfer. Inst. Mech. Eng., |
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London, 1951. |
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278. |
J a c k s o n |
W., P u r o y |
K., |
O l i v e r |
C. Int. Develop, |
in Heat Trans |
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fer, 1961. Colorado. |
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279. |
J e f f e r y s |
H. The stability of a layer of fluid heated |
below.— Phil. |
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280. |
Mag., v. 7, 2, 1926. |
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В. R. |
Global stability of |
spiral flow.— |
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J o s e p h |
D. D., M u n s о n |
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J. Fluid Mech., v43, pt. 3, |
1970. |
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281.K a r m a n Th . Über laminare und turbulente Reilbung.— ZAMM, Bd. 1, 1921.
282. K a r m a n |
Th . Ober die Stabilität der Laminarströmung |
und die |
Theorie der |
Turbulenz.— Proc. Int. Congr. Appl. Mech, Delft, |
1924. |
283.K a r m a n Th . Mechanische Ähnlichkeits und Turbulenz.— Nachr. Ges. Wiss., Göttingen, Math. Phys. Klass, 58, 1930 (Verhandl. d. III Intern. Kongress für Techn. Mechanik, Stoskholm, T. 1, 85, 1930).
284. K e m p f G. Neue Ergebnisse der Widerstandforschung.—Werft, Reede rei, Hafen, Bd. 10, 1929.
285.К e s t i n I. Advances in heat transfer. V. 3, London, 1966.
286.K l e b a n o f f P. S. Characteristics of turbulence in a boundary layer with zero pressure gradient.—NACA Rep. № 1247, 1955.
287. K n o w les |
С. P., |
G e b h a r t B. The stability of the |
laminar natural |
convection |
boundary |
layer.— J . Fluid Mech., v. 34, Pt. 4, |
1968. |
217
288. K u t a t e l a d z e S. |
S. Boiling heat transfer.— Int. J. Heat Mass |
Transfer, v. 5, № 4. |
1962. |
289.K u t a t e l a d z e S. S. Criteria of stability in two-phase flow.— 21—23. June Exter. Proc., v. 1, 1965.
290. |
K u t a t e l a d z e |
S. S. The concept |
of |
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a fluid with |
disappearing |
viscosi |
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ty and |
some |
problems of |
the |
phenomenological |
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theory |
of |
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turbulence |
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near |
the |
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wall |
(Lecture).— Third |
Int. Heat Transfer Conf., v. 3, Chicago, |
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1966. |
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291. |
K u t a t e l a d z e |
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S . S . , B o b r o v i c h |
G . I . , |
M a m о n t о v a |
N. N., |
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M о s к V і с h е ѵ а |
Y. N. The critical heat |
flux at the pool boiling of some |
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binary |
liquid |
mixtures.— Third |
Int. Heat |
Transfer Conf., |
Chicago, |
v. 3, |
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1966. |
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292. |
K u t a t e l a d z e |
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S. S., |
В u r d u к о v |
A. P., |
N а к о г у а к о v |
V. Е. |
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Application of an Electrochemical Method for the Measurement of Shear |
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Stress |
in |
Two-Phase Flow.— Heat |
Transfer Sov. |
Research, v. |
1, |
№ |
1, |
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1969. |
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293. |
К u t a t e 1 a d z e |
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S. S., |
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L e o n i iev |
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A. I. Some Application оГ |
the |
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Asymptotic |
Theory of |
the Turbulent Boundary Layers.— Third |
Int. Heat |
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Transfer Conf., v. 3, Chicago, 1966. |
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294. |
K u t a t e l a d z e |
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S . S . , L e o n l i c v |
A. I., M i r o n o v |
B. P. |
Turbu |
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lent boundary layer with mass injection and longitudinal pressure gra |
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dient |
in |
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the "finite |
Reynolds |
number |
region.— ISME, |
Scmi-Int. Symp., |
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4th-8th September, Tokyo, 1967. |
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295. |
K u t a t e l a d z e |
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S . S . , P o k u s a e v |
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B. G., M a l e n k o v |
I. G., S o- |
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r o k i n |
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Y. N.. |
S t e r n |
V. N. |
Analogy |
between |
processes |
of |
boiling |
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and |
barbotage.— |
ISME, |
Scmi-Int. Svmp., 4th-8th |
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September, |
Tokyo, |
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1967. |
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296. |
K u t a t e l a d z e |
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S . S . . |
P o p o v |
В. I., |
К h a b a h p a s h e v a |
E . M., |
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L e m b e r s k y |
V. B. Hydrodynamics |
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and heat |
Iransfer of |
non-Newto |
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nian |
purely |
viscous |
liquids.— ISME, |
Semi-Int. Symp., 4th-8th |
Septem |
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ber, Tokyo, |
1967. |
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297. |
L a u f |
er |
J . |
Investigation |
of |
turbulent |
flow |
in |
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a |
two-dimentional |
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channel.—NACA Rep., № 1053, 1951. |
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298. |
L a u f |
er |
J . The structure of |
turbulence |
in fully |
developed |
pipe |
flow.— |
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NaCA Rep., № 1174, |
1954. |
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299. |
L e a d о n |
B. M., |
В а г 11 e |
E . R. Pitot-Probe |
measurement |
of |
local |
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skin-friction reduction due to transpiration in a low-speed turbulent |
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boundary layer.— J . Aero/Space Sei., v. 27, № 3, |
1960. |
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300. |
L e о n t i e v |
A. I., К i г d y a s h к i n A. G. The theory |
of |
the |
convective |
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heat |
transfer |
for |
the |
vortical |
flow |
of |
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fluid.— Third |
Int. Heat Transfer |
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Conf., vv. 1, 6, Chicago, 1966. |
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301. |
L e o n t i e v |
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A. I., |
K i r d y a s h k i n |
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A. G. |
Experimental study |
of |
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flow |
patterns |
and temperature fields in horizontal |
free |
convection liquid |
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layers —Int. J. Heat Mass Transfer, v. 11, № 10, |
1968. |
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302. |
L i g h t h i l l |
M. J . |
The |
response |
of |
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laminar |
skin |
friction |
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and |
heat |
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transfer |
to |
fluctuations |
in the |
stream |
velocity.— Proc. |
Roy. |
Soc, |
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v. 224A, pp. 1—23, |
1954. |
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303. |
L i n С. C. On the stability |
of two-dimentional |
parallel flows. Parts I, II, |
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III.—Quart. Appl. |
Math., v. 3, |
pp. 117—142, |
218—234, 277—301, |
1945. |
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304. |
L i n |
C. S., D e n t o n |
E . В., |
G a s k i l l |
H. S., |
P u t m a n |
G. L. |
Dif |
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fusion-controlled |
electrode reactions.—Ind. Eng. Chem., v. 43, № 9, |
1951. |
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305. |
L i n d g r e n |
E . R. The transition |
process and other |
phenomena |
in |
vis |
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cous flow.—Anc. Fysik, v. 12, № 1, 1957. |
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306. |
L o c k |
G. S. H., |
T r o t t e r |
F. Y. Observations |
on |
the structure |
of |
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a turbulent free convection |
boundary layer.— Int. J . Heat Mass Transfer, |
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v. 11, pp. 1225—1232, 1968. |
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307. |
L o w |
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A. R. |
On the criterion for stability for a layer of viscous |
fluid |
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heated |
from |
below.—Proc. Roy. Soc, |
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v. A125, |
pp. 180—195, |
1929. |
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308. |
L o r e n |
tz |
H. A. |
Über |
die |
Enstehung |
turbulenter |
Flussigkeitsbewe- |
218
gungen und über den Einfluss dieser Bewegungen bei der Strömung durch Rohren .—Abh. theor. Phys., Lgz., Bd. 1, pp. 43—71, 1907.
309.L u d w i e g H. Ein Gerät zur Messung der Wandschunspannung tur bulenter Reibungsshichten.— Ing.— Arch., Bd. 17, pp. 207—218,^1949.
310. |
Ma is el |
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D. S., S h e r w o o d |
T. К. |
Evaporation |
of liquids |
into tur |
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bulent gas |
streams.— Chem. Eng. Progr., v. 46, 131, |
1950. |
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311. |
M a l k u s |
W. V. R. The heat |
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transport and specrum of thermal turbu |
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lence.— Proc. Roy. Soc, v. 225, |
1954. |
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312. |
M a l k u s |
W. V. R. Outline |
of a |
theory |
of |
turbulent |
sheak |
flow.— |
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J. Fluid Mech., v. 1, 1956. |
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313. |
M e y e r i n k |
E . S. C , |
F r i e d l a n d e r |
S. |
К. |
Diffusion |
and |
diffu |
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sion-controlled |
reactions |
in fully developed turbulent pipe flow.— Chem. |
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Eng. Sei., v. 17, |
121, 1962. |
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314. |
M i c k ley |
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H. S., |
D a v i s |
R. S. |
Momentum |
transfer |
for |
flow |
over |
a |
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flat plate with blowing— NACA Rep., № 4017, 1957. |
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315. |
M i t c h e l l |
J., H a n r a 11 y |
T. A study of turbulence |
of a wall |
using |
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an elecrochemical |
wall |
shear-stress meter.— J . |
Fluid. |
Mech., |
v. |
26, |
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Part 1, 1966. |
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316. |
Mi zu s h i n |
a |
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T., |
S a s s a no |
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T. |
The ratio |
of |
the |
eddy |
diffusivities |
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for heat |
and momentum |
and its effect on liquid |
metal |
transfer |
coeffi |
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cients.—Proc. Int. Heat |
Transfer Conf., |
ASME, |
New York, |
1961. |
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317. |
N a c h s t e i n |
P. R. Nat. Aero. Space Adm., TN, D-3089, 1963. |
Fluids, |
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318. |
N а к a g a w a |
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Y. Heat |
transpotr by convection.— The Phys. of |
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№ 3, 1960. |
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319. |
N a v i e r |
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M. |
Memoire |
sur les Lois du Mouvements |
des |
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Fluides.— |
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Mem. de l'Acad. d. Sei., v. 6, pp. 389—416, 1827. |
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320. |
N i h o u l |
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I. С. I. On a principle of "Minimum Reynolds number" and |
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the Malcus theory of turbulent channel flow.— Bull. Soc. Roy. Sei., Lie |
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ge, 1969, |
v. 38, № 3, 4. |
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321. |
N i k u r a d z e |
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J . |
Turbulente |
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Strömung |
in nichtkreisformingen |
Roh |
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ren.—Ing.-Arch. Bd. 1, 1930. |
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322. |
N i k u r a d z e |
J. |
Geselzmässigkeit |
der turbulenten |
Strömung |
in |
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glat |
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ten Rohren.—Forsch. Arb. Ing.—Wes., 359, 1932. |
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323. |
N i k u r a d z e |
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J. |
Strömungssetze |
in |
rauhen |
Rohren.— Forsch. |
Arb. |
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324. |
Ing.—Wes., 391, 1933. |
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M., |
T s u c h i d a |
A. Heat Transfer on a |
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N i s с h i w a к i |
N., H i r a t a |
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surface covered |
by cold |
air film.— Trans. ASME, |
Ser. C , Part IV, 1961. |
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325. |
O r r W. M. F . The stability |
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or instability of the steady motions |
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of |
a |
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perfect liquid and of a viscous |
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liquid. Part I : A Perfect |
Liquid. Part II: |
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A viscous |
Liquid.— Proc. Roy. Irish, Acad., v. 27, pp. 9—138, 1907. |
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•326. O s e e n |
C. W. Hydrodynamik. Leipzig, 1927. |
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327. |
O s t r a c h |
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S. |
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On |
analysis |
of |
laminar free-convection |
flow |
and |
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heat |
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transfer about a flat plate parallel to the direction of the generating body |
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force.—NACA Rep., № 1111, 1952. |
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328. |
P a p p о s |
C . C . , О к u n о A. F . Measurements |
of skin friction of the |
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turbulent compressible boundary layer on a cone with foreign |
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gas |
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injection—J. Aero/Space Sei., v. 27, № 5, |
1960. |
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329. |
P e l l e w |
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A., |
S o u t h w e l l |
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R. V. On maintained |
convective |
motion |
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in a fluid |
heated |
from below.— Proc. Roy. Soc, |
v. A176, pp. 312—343, |
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1941. |
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330. |
P о 1 y m e г о р о u 1 о s |
С . Е . , G e b h a r t |
В. |
Incipient |
instability |
in |
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free convection |
|
laminar boundary |
layers.— J. |
Fluid |
Mech., |
v. 30, |
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№ |
2, |
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1967. |
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331. |
P r a n d t l |
L . Über die |
ausgebildete |
Turbulenz —ZAMM, |
5, |
1925. |
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332. |
P r a n d t l |
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L . |
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Neuere |
Ergebnisse |
der |
Turbulenzforschung.— VDI, |
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Bd. 77, pp. 105—114, 1933. |
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333. |
P r e t s с h |
J . Uber die |
Stabilität einer Laminarströmung in einem ge |
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raden Rohr mit kreiförmigen |
Querschmitt.— Z. angew. Math, und Mech., |
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Bd. 21, 209, |
1941. |
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334. |
R a y 1 e i g h. On convection |
currents in a horizontal layer of |
fluid |
when |
219