Thermal boundary resistance

Reviews of Modern Physics

Volumn 61, Issue 3, 1989, Pages 605-668

  Swartz, E T ^a   Pohl, R O ^b  

^a RMC Cryosystems ^*  (United States)

^b Laboratory of Atomic and Solid State Physics and Cornell Center for Materials Research   (United States)

Author keywords

[No Author keywords available]

Indexed keywords

EID: 51149220754     PISSN: 00346861     EISSN: None     Source Type: Journal    
DOI: 10.1103/RevModPhys.61.605     Document Type: Article

References (431)

1. A note on the Kapitza resistance
2. Theory of the Fermi fluid
3. Roughness and thermal resistance of the boundary between a solid and liquid helium
4. On the experimental reproducibility in measurements of the Kapitza conductance of copper between 1 and 2 K
5. Reduced Kapitza conductance for clean silver between 1 and 2 K
6. Kapitza conductance of molybdenum and beryllium between 1 and 2 K
7. The thermal boundary resistance
8. The Kapitza thermal boundary resistance between two solids
9. Thermal boundary resistance between solids and helium below 1 K
10. The Kapitza resistance between copper and He3
11. The thermal resistance between electrons and phonons in copper
12. Low-temperature thermal conductivity of a suspension of copper particles
13. Specific heat and thermal boundary resistance of liquid He3
14. Transfer of heat below 0.15 K
15. Reflection of phonons between 15 and 200 GHz at a solid-liquid helium interface
16. Sensitive tunable acoustical phonon detector
17. Observation of phonons generated by spin-lattice relaxation
18. Phonon interference in thin films of liquid helium
19. Spin-phonon spectrometer
20. The effect of conduction electrons on the Kapitza temperature jump
21. Anomalous reflection of sound from the surface of a metal at low temperatures
22. The behavior of helium II in the neighborhood of a heat-radiating surface
23. Thermal boundary resistance between some superconducting and normal metals
24. Thermal resistivity at Pb-Cu and Sn-Cu interfaces between 1.3 and 2.1 K
25. Reentry of the Kapitza anomaly by submonolayers of gold
26. Kapitza resistance of laser annealed surfaces
27. Ultrasonic critical angle reflectivity
28. Theory of the Kapitza thermal discontinuity of the boundary between liquid He3 and a solid body
29. Observation of heat pulses scattered from ion bombardment damage at sapphire surfaces
30. Static and transient enhanced power anomaly in the Kapitza conductance of silver to helium four
31. The Kapitza conductance and its enhanced power anomaly for clean silver to helium-four interfaces at temperatures between 1 and 2 K
32. Phonon interference in thin helium films using superconducting tunnel junctions
33. Phonon spectroscopy. I. Spectral distribution of a phonon pulse
34. Phonon spectroscopy. II. Spectral, spatial and temporal evolution of a phonon pulse
35. Transport of phonons into diffusive media
36. Heat transfer between copper and liquid helium II
37. Transmission of heater generated high-frequency phonons through a sapphire-He II boundary
38. Reflection of phonons at interfaces between silicon and solid hydrogen and deuterium
39. Addendum: Frequency dependence of the phonon reflection coefficients at an interface between silicon and solid hydrogen
40. Frequency dependence of the specular and diffuse phonon scattering from silicon surfaces
41. Thermal conductivity of thin films: Measurements and understanding
42. Thermal conductivity of amorphous solids above the plateau
43. Note on the conduction of heat in crystals
44. Some experiments on the Kapitza resistance between metals and liquid helium II
45. Experimental evidence for a dependence of the Kapitza conductance on the Debye temperature of a solid
46. Kapitza resistance and acoustic transmission across boundaries at high frequencies
47. Phonon spectroscopy
48. Crossing effects in phonon scattering
49. The thermal conductance of copper-lead-copper sandwiches at liquid helium temperatures
50. Thermal conduction across copper-lead-copper sandwiches at helium temperatures
51. Some comments on the theory of the Kapitza conductance between metals and liquid helium II
52. Heat transfer between solids and liquid helium II
53. Thermalization of a phonon spectrum observed by frequency crossing
54. Phonon thermalization at Al2O3 surfaces
55. The role of electrons in the Kapitza resistance of lead
56. Measurements of the Kapitza conductance between metals and liquid helium II by the transmission of second sound
57. Heat transfer between solids and liquid helium II
58. Some experimental investigations of the Kapitza resistance of lead
59. The Kapitza resistance and heat transfer at low temperatures
60. Macroscopic calculation of the Kapitza resistance between solids and liquid He4
61. The Kapitza resistance and phonon reflectivity between solids and liquid helium
62. Analysis of heat transfer between solids at low temperatures
63. Comments on the Kapitza conductance of copper to liquid and solid He4
64. Experiments on thermal phonon radiation into quartz substrates
65. Transfer de chaleur entre deux solides en dessous de 100 K
66. Kapitza resistance between the transition metals Fe, Co, and Ni and superfluid helium
67. Anomalous behavior of the Kapitza resistance between solids and liquid helium II
68. Influence of surface defects on high-frequency phonon generation
69. Energy transfer between a solid and helium by excited atoms
70. Structural damage produced in InP (100) surfaces by plasma-employing deposition techniques
71. Phonon transmission along sapphire plates
72. Superconducting tunnel junctions as phonon sources and detectors
73. The thermal conductivity of epoxy-resin/metal-powder composite materials from 1.7 to 300 K
74. The thermal boundary resistance at epoxy-resin/metal interfaces at liquid helium temperatures
75. Quantum theory of condensed permanent gases I, the law of corresponding states
76. Zur theorie der spezifischen Wärmen
77. Thermal conductivity of neutron irradiated quartz
78. Frequency analysis of phonons backscattered from interfaces between solids and helium
79. A new Kapitza investigation: Detecting backscattered phonons with tunnel junction and bolometer simultaneously
80. Elastic continuum theory of interface-atom mean-square displacements
81. Heat transfer at low temperatures
82. Singularity in the Kapitza resistance between gold and superfluid He4 near Tλ
83. Acoustic phonon scattering at sapphire surfaces coated with epitaxial silicon
84. High-frequency phonon emission from superconducting Al-tunneling junctions
85. Superconducting tunnel junctions as phonon generators and detectors
86. Nonequilibrium phonons
87. Phonon scattering at surfaces and interfaces
88. Quantum generation and detection of incoherent phonons in superconductors
89. Critical-cone channeling of thermal phonons from solid/solid interfaces
90. Heat transfer in liquid helium below 1 K
91. Localized-state interactions in metal-oxide-semiconductor tunnel diodes
92. Thermal properties of boron-rich borides
93. Anomalous Kapitza resistance to solid helium
94. The Kapitza resistance to a variety of metallic surfaces below 0.3 K
95. Phonon reflection at a silicon-He3 interface
96. On the problem of the static helium film
97. Thermal transport phenomena at liquid helium II temperatures
98. Phonon emission spectra of thin metallic films
99. Low-temperature specific heat and thermal conductivity of neutron-irradiated quartz
100. The thermal conductivity of epoxy-resin/powder composite materials
101. Acoustic impedance of liquid He3
102. On the theory of the Kapitza resistance
103. Superfluidity of helium II near the λ point
104. Some aspects of the Kapitza resistance
105. Superconducting tunnel junctions as quantitative detectors of intense thermal radiation
106. Phonon reflections from solid-solid interfaces
107. Some considerations about temperature gradients in helium II
108. Thermal transfer coefficients for thin film structures at liquid helium temperature
109. An investigation of the temperature discontinuity at the boundary between a solid and superfluid helium
110. New calculation of the acoustical mismatch in the Kapitza conductance of bulk helium
111. Reflection of phonons at an interface between a solid and liquid helium
112. Experimental study of the reflection of phonons at an interface between dielectric crystals and liquid helium, gaseous helium, and solid neon
113. On RF residual losses and phonon generation by interfacial quantum mechanic exchange
114. New coupling mechanism of high frequency at interfaces
115. On resonant absorption of phonons at interfaces
116. Cryostat for the measurement of thermal conductivity and specific heat between 0.05 and 2 K
117. Kapitza resistance-A universal curve
118. Review paper: Heat transfer between liquid helium and solids below 100 mK
119. Thermal boundary resistance between cerium magnesium nitrate and liquid He3
120. Transmission probabilities of high-frequency phonons through a solid-He-II interface
121. A modified theory of the Kapitza resistance
122. Phonon transmission at a liquid helium-solid interface: The influence of surface roughness and finite lifetimes of the He states
123. Enhancement of the Kapitza conductance at 0.32 meV phonon energy
124. Experimente zur thermischen phononstrahlung in sapphir- und quartzkristallen
125. Radiation temperature of thermal phonon radiators
126. Thermal resistivity at interfaces between metal and dielectric films at 1.5 to 4.2 K
127. Reflection of high-frequency phonons at a solid-liquid helium interface: The role of phonon focusing
128. Imaging of acoustic phonon stop bands in superlattices
129. Angular dependence of phonon transmission through a Fibonacci superlattice
130. Emission of thermal energy into liquid helium
131. Thermal boundary resistance at the interface between a crystal and a disordered solid
132. Kapitza resistance of a crystal cleaved while immersed in liquid helium
133. Experiments on the Kapitza resistance
134. Some experiments on the influence of surface treatment on the Kapitza conductance between copper and He4 at temperatures from 1.2 to 2.0 K
135. Temperature transients in thin films
136. The study of heat transfer in helium II
137. Acoustic matching of superconducting films to substrates
138. Radiation temperature and radiation power of thermal phonon radiators using diamond as transmission medium
139. Comparison of steady-state and second-sound measurements of the Kapitza resistance
140. Calculations of the thermal boundary resistance
141. The acoustic impedance of liquid helium-3
142. On the heat conductivity of liquid helium
143. The role of surface phonon scattering in the growth and decay of frequency-crossing signals
144. Theory of the Kapitza temperature discontinuity at a solid body-liquid helium boundary
145. The Kapitza resistance and phonon scattering at solid-liquid He interfaces
146. Use of the < < bremsspectrum > > for phonon spectroscopy on Al2O3: V3+ and for a study of the phonon propagation in granular aluminum
147. Spectroscopy with phonons on Al2O3: V3+ using the phonon bremsstrahlung of a superconducting tunnel junction
148. Kapitza conductance of localized surface excitations
149. Monochromatic phonon generation by superconducting tunnel junctions
150. Extinction of the Kapitza anomaly for phonons along the surface normal direction
151. Study of the phonon-surface defect coupling by Kapitza transmission on real surfaces
152. Strong phonon conversion at the helium-solid interface
153. Kapitza resistance studies using phonon pulse reflection
154. Angular dependence of Kapitza transmission by thin defect layers
155. Viscosity tensor approach to the damping of Rayleigh waves
156. The anharmonic attenuation of surface waves on crystals at low temperatures
157. Phonon scattering at silicon crystal surfaces
158. Diffuse scattering of thermal phonons at crystal surfaces
159. Phonon scattering at silicon crystal surfaces
160. Phonon radiative heat transfer and surface scattering
161. Spectral dependence of the Kapitza resistance between 0.5 K and 2.3 K
162. Observation of phonon frequency thresholds in the anomalous Kapitza resistance
163. Phonon stopbands in amorphous superlattices
164. Phonon spectroscopy of adsorbed H2O molecules
165. Critical-cone channeling of thermal phonons at a sapphire-metal interface
166. On the theory of the propagation of sound in He II
167. Preliminary experiments on temperature equilibria at very low temperatures
168. Investigation of the `Glassy' properties of neutron irradiated quartz related to the anomalous low temperature dynamics of non-crystalline solids
169. The theory of superfluidity of helium II
170. Scattering of surface waves propagating over an uneven liquid-solid interface
171. Heat transport in liquid He3
172. The transport of heat between dissimilar solids at low temperatures
173. Kapitza resistance between helium and metals in the normal and superconducting states
174. The Kapitza resistance of metals in the normal and superconducting states
175. Reflection of phonons in He4 by NaF
176. Phonon generation using thin film transducers
177. Energy transfer from solids to helium vapor by the desorption of surface-bound atoms
178. Phonon reflection at a cleaved sodium fluoride-helium film interface
179. One-dimensional Kapitza conductance: Comparison of the phonon mismatch theory with computer experiments
180. Calculation of the anharmonic damping of Rayleigh surface modes
181. The attenuation of Rayleigh surface waves by surface roughness
182. Theory of Rayleigh scattering by mass defects and surface roughness
183. Radiation of phonons by metallic films
184. Phonon transmission across interfaces and the Kapitza resistance
185. Phonon Focusing
186. Studies of high-frequency acoustic phonons using picosecond optical techniques
187. α-quartz as a substrate in thermal phonon radiation
188. Reflection of high-frequency phonons at free silicon surfaces
189. Reflection of high-frequency phonons at silicon-solid interfaces
190. Phonon scattering at siliconcrystal surfaces
191. Kapitza effect in gaseous helium
192. Thermal boundary resistance at metal-epoxy interfaces
193. Theoretical studies on low temperature phenomena
194. Phonon conduction in elastically anisotropic cubic crystals
195. Kapitza conductance and thermal conductivity of copper, niobium, and aluminum in the range from 1.3 to 2.1 K
196. The Kapitza resistance for a helium film
197. Reflection and refraction coefficients at a fluid-solid interface
198. The phonon spectrum of high energy heat pulses generated in metal films
199. Surface-phonon-assisted tunneling in two-dimensional amorphous systems at low temperatures
200. Tunneling states in amorphous thin films at low temperatures: Thermal and acoustic properties of amorphous thin films
201. The Kapitza thermal resistance and tunnelling state of atoms
202. Tunneling as a mechanism for the anomalous Kapitza resistance
203. Diffuse scattering of high-frequency phonons at solid surfaces
204. New channels of energy transfer across a solid-liquid He interface
205. Scattering of high-energy phonons at irregular surfaces without and with liquid He
206. Resonance in surfonmass defect scattering
207. Surface phonon scattering by fluctuation on solid surfaces
208. Damping of elastic surface waves by density fluctuation on solid surfaces. II. Depth effects of density fluctuation
209. Absorption of surface phonons by adsorbed helium system on an inhomogeneous surface
210. A model of inelastic heat transfer mechanism for the excess Kapitza conductance
211. Selective transmission of high-frequency phonons by a superlattice: The `dielectric' phonon filter
212. The attenuation of elastic waves by surface inhomogeneities: Rayleigh waves
213. On the theory of interfacial conductivity
214. Thermal resistance at indium-sapphire boundaries between 1.1 and 2.1 K
215. Kapitza resistance of mercury between 1.1 and 2.1 K
216. Heat transfer between sapphire and lead
217. Imaging of specularly reflected phonons from a crystal boundary
218. Ballistic phonon imaging in solids—a new look at phonon focusing
219. Ballistic phonon imaging in germanium
220. Phonon reflection imaging: A determination of specular versus diffuse boundary scattering
221. I(U) Characteristics of superconducting tunnel junctions at prescribed nonthermal quasiparticle distributions
222. Quantitative detection of intense thermal phonon pulses using superconducting tunnel junctions
223. Boundary and dislocation scattering of phonons in lead single crystals
224. Thermal impedance across metallic and superconducting foils below 1 K
225. A HeI-HeII interface and second sound shock waves near the superfluid transition
226. Improved calculations of Kapitza resistance: Combined effects of phonon attenuation and impedance matching on Kapitza resistance
227. Second sound in liquid helium II
228. Determination of Kapitza conductance from the velocity of destruction of superconductivity by current
229. The angular distribution of phonons radiated from the cleaved <100> faces of NaF, KCl, and MgO into liquid He4
230. Kapitza resistance between dielectrics and metals in the normal and superconducting states
231. Agreement between experiment and theory in the Kapitza conductance of clean copper samples and He4 from 0.3 to 1.3 K
232. Spatial dependence of the phonon energy spectrum in resistive film heaters
233. Effect of defect scattering on anisotropic phonon density in metal films
234. Determination of the thermal boundary resistance in the transport approach
235. Phonon generation by joule heating in metal films
236. Phonon generation by joule heating in metal films
237. Reflection coefficients of phonons at a Si-He3 interface: Effect of cryopumping the Si surface
238. Thermal boundary resistance
239. The transport of heat between solids at low temperature
240. The Kapitza thermal boundary resistance
241. Path-integral formulation of the theory of thermal boundary resistance
242. Phonon scattering at crystal surfaces
243. Kapitza resistance
244. Influence of dislocations on the Kapitza resistance of clean copper surfaces
245. New results and a simple model for the anomalous power dependence of the Kapitza resistance of copper
246. New experimental results on the static and the transient anomalous Kapitza conductance of clean copper to He4 interfaces
247. Time dependence of the anomalous Kapitza conductance of copper
248. Influence of dislocations on the Kapitza conductance of copper at temperature between 1 and 2 K
249. Thermal boundary resistance to noncrystalline dielectrics
250. Thermal boundary resistance to solid helium, hydrogen, deuterium, and neon
251. Thermal boundary resistance to solid helium, hydrogen, deuterium, and neon II
252. New theoretical interpretation of the Kapitza resistance of a nonmagnetic liquid-He3-solid interface
253. The Kapitza resistance of a fermi liquid: Single particle versus zerosound couplings
254. Fermi-gas model of the Kapitza resistance between a solid and liquid He3
255. Surface superconductivity and Kapitza resistance
256. Surface-temperature determination in the Kapitza problem
257. Geometric propagation of acoustic phonons in monocrystals within anisotropic continuum acoustics
258. Phonon transmission from incoherent radiators into quartz, sapphire, diamond, silicon and germanium within anisotropic continuum acoustics
259. Time-dependent phonon irradiation of a detector area from a pulsed incoherent phonon radiator
260. Ion-beam-assisted deposition and synthesis
261. Hot electrons and energy transport in metals at mK temperatures
262. Hot electron and energy transport in metals at millikelvin temperatures
263. Resistance thermometry using rhodiumiron, 0.1 K to 273 K
264. Verification of the Lifshitz theory of the van der Waals potential using liquidhelium films
265. Reflection coefficient of phonons between 15 and 315 GHz at a crystal-liquid-helium interface
266. The thermal boundary resistance between sapphire and aluminum monocrystals at low temperature
267. Surfon-mass defect scattering
268. Elastic-surface-wave scattering from point mass defects in a solid surface
269. Attenuation of elastic surface waves by anharmonic interactions at low témperatures
270. Computer-simulated scattering of envelope soliton from impurity and interface on a one-dimensional nonlinear lattice
271. Transmission of ballistic longitudinal and transversal phonon pulses through a sapphire-HeII interface at T=0.25 K
272. Shear-wave dissipation and the Kapitza conductance
273. Interfacial three-phonon processes and anomalous interfacial energy transport
274. Interfacial three-phonon processes and anomalous interfacial energy transport
275. Phonon emission into a diffusive medium
276. Phonon emission into a diffusive and anharmonic medium
277. Thermal boundary resistance at interfaces between two dielectrics
278. Influence of the Kapitza resistance on the thermal conductivity of filled epoxies
279. Thermal boundary (Kapitza) resistance at niobium-epoxy interfaces in the superconducting and normal states
280. Thermal boundary resistance at interfaces between sapphire and indium
281. A direct approach to finite phonon transport (realistic transport at boundaries)
282. Saturation effects in the phonon reflection at a quartz-liquid helium interface
283. Saturation of the anomalous Kapitza conductance
284. Acoustic coupling of thin superconducting films
285. Kapitza resistance of zinc below 1 K
286. Thermal conductance of metal interfaces at low temperatures
287. Microscopic theory of the Kapitza resistance at a solid-liquid He4 interface
288. Kapitza conduction via non-localized interface modes
289. The effect of defect scattering on phonon transmission through interfaces
290. Transfer Hamiltonian approach to Kapitza resistance
291. Kapitza conductance across a liquid-He3-solid interface: Equivalence of Boltzman-equation and perturbation-theory approaches
292. Effect of surface roughness on the Kapitza resistance
293. The angular distribution of phonons radiated from a heated solid surface into liquid He4: II. Cleaved sodium fluoride 100 faces
294. Angular distribution of phonons radiated from a heated solid into liquid He4
295. Role of umklapp in acoustic boundary resistance
296. Surface roughness Kapitza conductance: Dependence on material properties and phonon frequency
297. Surface roughness contribution to Kapitza conductance
298. On the thermal contact resistance between insulators
299. High-frequency phonon transmission between a solid and superfluid He4
300. The effect of phonon lifetimes on the Kapitza resistance
301. Heat transport through helium II: Kapitza conductance
302. The Kapitza conductance of the (100) surface of copper
303. Scattering of Rayleigh waves by surface irregularities
304. The scattering of phonons of arbitrary wavelength at a solid solid-interface: Model calculation and applications
305. Thermal transport across superconducting solder joints near 0.1 K
306. Transmission of high-frequency phonons through a solid-liquid-helium interface
307. Solid-solid thermal boundary resistance
308. Thermal boundary resistance from 0.5-300 K
309. Thermal resistance at interfaces
310. Phonon-induced desorption of helium
311. Phonon reflection at a sapphire-vacuum interface
312. Phonon catastrophes and the Kapitza resistance
313. Specular and diffuse reflection processes at a crystal interface
314. Diffuse reflection of phonons and the anomalous Kapitza resistance
315. Phonon reflection at noble gas interfaces
316. Film thickness dependence of heat transmission into helium
317. Time constant for phonon-induced desorption of helium
318. Polarization dependence of phonon-induced desorption of He atoms at low temperatures
319. Acoustic phonon propagation in superlattices
320. Focusing of phonons in crystalline solids due to elastic anisotropy
321. On the theory of the Kapitza conductance
322. Kapitza conductance due to helium atoms interacting with a surface
323. The effect of bound states on the Kapitza resistance for a Fermi-gas model of liquid He3
324. Quantum-perturbation treatment of thermal energy transfer between liquid He3 and a nonmagnetic solid
325. Sources of loss processes in phonon generation and detection experiments with superconducting tunneling junctions
326. Experimental results on absolute phonon detection sensitivity of superconducting tunnelling junctions
327. Transition of 280 GHz phonons from superconducting tunneling junctions into liquid helium and silicon
328. A new method using Brillouin spectroscopy to study the propagation and reflection of induced phonons at hypersonic frequencies
329. How specular are polished crystal surfaces?
330. Phonon scattering by twin planes
331. Proof of surface superfluidity in the enhanced power anomaly of the Kapitza conductance of silver
332. Influence of substrate contamination on the Kapitza resistance of copper, silver, molybdenum and beryllium
333. Heat transfer mechanisms between metals and liquid He4 at temperatures between 1 and 2 K
334. Resonant heat transfer between He4 and metal surfaces
335. Kapitza conductance model using loaded acoustic surface waves
336. Kapitza conductance and interface waves
337. Damping of loaded Rayleigh waves on lightly loaded interfaces: Application to the Kapitza conductance
338. Additional evidence for TLS in electron-irradiated quartz from ultrasonic attenuation measurements
339. Measurement of the specific heats of three magnetic salts at low temperatures
340. An exactly solvable model for thermal boundary resistance in a nonharmonic system
341. Heat pulse transmission
342. Transport of heat from metals to insulators at low temperatures
343. The effect of low energy vibrational modes on the Kapitza resistance
344. On the existence of the critical cone in Kapitza resistance experiments
345. The Kapitza conductance of metal single crystals by the second-sound technique
346. Evidence for the role of conduction electrons in the Kapitza resistance
347. Electronic contribution to the heat transfer across metal single crystal-He II boundaires
348. Kapitza conductance of gallium single crystals between 1.2 and 2.0 K
349. Elastic moduli of rhodium: Correct prediction by a new theoretical method
350. Time delay of phonon pulses in thin helium films
351. Absence of anomalous Kapitza conductance on freshly cleaved surfaces
352. Phonon pulse reflection from freshly cleaved interfaces between solids and liquid helium
353. Thermal phonon radiation
354. The solid-solid interface in thermal phonon radiation
355. Reflection transmission and mode conversion of plane sound waves at a plane interface between two different anisotropic solids
356. Reciprocity theorem for phonon transitions at ideal interfaces within the acoustic mismatch model
357. Phonon radiation across solid/solid interfaces within the acoustic mismatch model
358. Emission of high-frequency relaxation phonons by superconducting aluminum tunnel junctions
359. Heat conduction of the boundary layer in liquid helium II
360. Heat pulse evidence for a dislocation model of phonon boundary scattering
361. Frequency distribution of phonons in a ballistic heat pulse determined by magnetic resonance
362. The interaction of heat pulses with paramagnetic spins
363. A calculation of nonlocal phonon heat transfer
364. Ballistic heat pulses in crystals
365. An electron contribution to the thermal conduction across a metal-solid dielectric interface
366. Quantitative measurement of the phonon energy transmission coefficient for a silicon-HeII boundary
367. Characteristics of Kapitza conductance
368. Kapitza conductance of solid-liquid He interfaces
369. Phonons in quantum liquids
370. Phonon and roton-induced evaporation
371. Frequency of phonons emitted into liquid He by a solid
372. Acoustic multiple beam interference in helium films
373. Reflection of phonons in liquid He4 from solid surfaces
374. The transmission of phonons from liquid He to crystalline NaF
375. The temperature of phonon pulses injected into liquid He4
376. Phonon boundary scattering at a silicon-sapphire interface
377. Phonon emission from a metallic film excited by nanosecond electrical pulses
378. Mechanism of nanosecond heat pulse generation in metallic thin films
379. Phonon spectroscopy
380. The reversibility of Kapitza resistance
381. Thermal impedance to normal and superconducting metals
382. Measurement of the Temperature Dependence of the Thermal Boundary Resistance
383. Heat flow in glasses on a picosecond timescale
384. Role of slow relaxation processes in the formation of the Kapitza jump on the boundary between a superconductor and a dielectric