Using a recently developed technology called thermal-wave microscopy, NASA Lewis Research Center has developed a computer controlled submicron thermal-wave microscope for the purpose of investigating III-V compound semiconductor devices and materials. This paper describes the system's design and configuration and discusses the hardware and software capabilities. Knowledge of the Concurrent 3200 series computers is needed for a complete understanding of the material presented. However, concepts and procedures are of general interest
The Center for Nanotechnology at NASA Ames Research Center is developing a microcolumn scanning elec...
Pulse-echo ultrasonic techniques are widely used for the purpose of nondestructive evaluation (NDE) ...
This paper presents the design of a high speed, high resolution silicon based thermal imaging instru...
There has been considerable interest lately in imaging techniques that employ thermal waves [1–4]. I...
Pulse-echo thermal wave imaging is accomplished using a pulsed heat source (usually high-power flash...
Scanning electron microscope applications in study of current multiplication, avalanche breakdown, a...
A modulated electron beam is used as a scanning thermal pump to examine the local surface and subsur...
Thermal wave technology has proven to be a very effective means for investigating the near surface r...
Scanning electron microscope applications in study of current multiplication, avalanche breakdown, a...
Scanning electron microscopy applications in study of thermal runaway in multi-emitter power transis...
Thermal wave imaging is proving to be a useful technique for the nondestructive evaluation (NDE) of ...
The scanning electron microscope (SEM) is considered as a tool for both failure analysis as well as ...
In a previous report [1], we introduced the application of thermal wave imaging to adhesion disbonds...
Thermal wave technology has proven to be a very effective means for investigating the near surface r...
Intensity distributions in nonoptical wave fields can be visualized and stored on photosensitive mat...
The Center for Nanotechnology at NASA Ames Research Center is developing a microcolumn scanning elec...
Pulse-echo ultrasonic techniques are widely used for the purpose of nondestructive evaluation (NDE) ...
This paper presents the design of a high speed, high resolution silicon based thermal imaging instru...
There has been considerable interest lately in imaging techniques that employ thermal waves [1–4]. I...
Pulse-echo thermal wave imaging is accomplished using a pulsed heat source (usually high-power flash...
Scanning electron microscope applications in study of current multiplication, avalanche breakdown, a...
A modulated electron beam is used as a scanning thermal pump to examine the local surface and subsur...
Thermal wave technology has proven to be a very effective means for investigating the near surface r...
Scanning electron microscope applications in study of current multiplication, avalanche breakdown, a...
Scanning electron microscopy applications in study of thermal runaway in multi-emitter power transis...
Thermal wave imaging is proving to be a useful technique for the nondestructive evaluation (NDE) of ...
The scanning electron microscope (SEM) is considered as a tool for both failure analysis as well as ...
In a previous report [1], we introduced the application of thermal wave imaging to adhesion disbonds...
Thermal wave technology has proven to be a very effective means for investigating the near surface r...
Intensity distributions in nonoptical wave fields can be visualized and stored on photosensitive mat...
The Center for Nanotechnology at NASA Ames Research Center is developing a microcolumn scanning elec...
Pulse-echo ultrasonic techniques are widely used for the purpose of nondestructive evaluation (NDE) ...
This paper presents the design of a high speed, high resolution silicon based thermal imaging instru...