We have studied desorption from a ^4He film due to a hot but low-intensity beam of phonons incident from a sapphire substrate. Time of flight spectra of the desorbed atoms revealed two distinct peaks which we attribute to direct desorption by substrate phonons and to thermalization with subsequent desorption
A heater is pulsed at the interface between a sapphire crystal and an adsorbed 4He film. For short p...
A heater is pulsed at the interface between a sapphire crystal and an adsorbed 4He film. For short p...
Following a previously developed microscopic model, we show that the time of flight (TOF) spectra an...
We have investigated the problem of desorption from thin helium films on sapphire crystals, and find...
Desorption of He atoms from thin films may be resolved experimentally into quantum and thermal compo...
Investigation is made of the desorption of He atoms from thin films. Three different experimental ge...
We have made direct measurements of the time constant for thermal desorption of thin helium films as...
We have made direct measurements of the time constant for thermal desorption of thin helium films as...
We directly observe the desorption of He atoms from a thin film on the surface of a solid by both lo...
We directly observe the desorption of He atoms from a thin film on the surface of a solid by both lo...
The desorption kinetics of helium films is explored in the context of a phenomenological model where...
The readsorption of ^4He atoms on a constantan heater surface was studied after flash desorption by ...
The thermal desorption of helium films in the presence of their equilibrium vapor is studied experim...
Recent experiments studying helium desorption by heat pulse techniques are interpreted in terms of a...
When a noble gas atom approaches a solid surface, it is adsorbed via the Van der Waals force, which ...
A heater is pulsed at the interface between a sapphire crystal and an adsorbed 4He film. For short p...
A heater is pulsed at the interface between a sapphire crystal and an adsorbed 4He film. For short p...
Following a previously developed microscopic model, we show that the time of flight (TOF) spectra an...
We have investigated the problem of desorption from thin helium films on sapphire crystals, and find...
Desorption of He atoms from thin films may be resolved experimentally into quantum and thermal compo...
Investigation is made of the desorption of He atoms from thin films. Three different experimental ge...
We have made direct measurements of the time constant for thermal desorption of thin helium films as...
We have made direct measurements of the time constant for thermal desorption of thin helium films as...
We directly observe the desorption of He atoms from a thin film on the surface of a solid by both lo...
We directly observe the desorption of He atoms from a thin film on the surface of a solid by both lo...
The desorption kinetics of helium films is explored in the context of a phenomenological model where...
The readsorption of ^4He atoms on a constantan heater surface was studied after flash desorption by ...
The thermal desorption of helium films in the presence of their equilibrium vapor is studied experim...
Recent experiments studying helium desorption by heat pulse techniques are interpreted in terms of a...
When a noble gas atom approaches a solid surface, it is adsorbed via the Van der Waals force, which ...
A heater is pulsed at the interface between a sapphire crystal and an adsorbed 4He film. For short p...
A heater is pulsed at the interface between a sapphire crystal and an adsorbed 4He film. For short p...
Following a previously developed microscopic model, we show that the time of flight (TOF) spectra an...