Performance characteristics were experimentally determined for several sizes of a shielded and unshielded thermocouple probe design. The probes are of swaged construction and were made of type K wire with a stainless steel sheath and shield and MgO insulation. The wire sizes ranged from 0.03- to 1.02-mm diameter for the unshielded design and from 0.16- to 0.81-mm diameter for the shielded design. The probes were tested through a Mach number range of 0.2 to 0.9, through a temperature range of room ambient to 1420 K, and through a total-pressure range of 0.03 to 0.2.2 MPa (0.3 to 22 atm). Tables and graphs are presented to aid in selecting a particular type and size. Recovery corrections, radiation corrections, and time constants were determi...
Laboratory testing of advanced aerospace components very often requires highly accurate temperature ...
This investigation was performed to determine whether the geometrical shape of a thermocouple used t...
Expendable, slug-type calorimeter probes were developed for measuring high heat-flux levels of 10-30...
Experimental data obtained from three shielded and three unshielded thermocouple probes are presente...
This report presents the recovery characteristics of13; thermocouple temperature probes having three...
This report presents the recovery characteristics of13; thermocouple temperature probes having three...
Thermocouple continuously measures a flowing gas up to 4500 degrees F in a hazardous environment. Th...
An experimental investigation of single-shielded hypersonic stagnation temperature probes was conduc...
An experimental investigation of single-shielded hypersonic stagnation temperature probes was conduc...
An analytical investigation was made of a transient method of calibrating fine wire thermocouples. T...
The design and test results of two types of total temperature probes that were used for hypersonic b...
Chromel Alumel thermocouples were used, with sheath diameters of 0.15 and 0.25 mm. Tests were conduc...
A pneumatic probe based on continuity of mass flow through two restrictions separated by a cooling c...
Modified, commercially available thermocouple which measures the temperature of a spacecraft heat sh...
NOTE: Text or symbols not renderable in plain ASCII are indicated by [...]. Abstract is included in ...
Laboratory testing of advanced aerospace components very often requires highly accurate temperature ...
This investigation was performed to determine whether the geometrical shape of a thermocouple used t...
Expendable, slug-type calorimeter probes were developed for measuring high heat-flux levels of 10-30...
Experimental data obtained from three shielded and three unshielded thermocouple probes are presente...
This report presents the recovery characteristics of13; thermocouple temperature probes having three...
This report presents the recovery characteristics of13; thermocouple temperature probes having three...
Thermocouple continuously measures a flowing gas up to 4500 degrees F in a hazardous environment. Th...
An experimental investigation of single-shielded hypersonic stagnation temperature probes was conduc...
An experimental investigation of single-shielded hypersonic stagnation temperature probes was conduc...
An analytical investigation was made of a transient method of calibrating fine wire thermocouples. T...
The design and test results of two types of total temperature probes that were used for hypersonic b...
Chromel Alumel thermocouples were used, with sheath diameters of 0.15 and 0.25 mm. Tests were conduc...
A pneumatic probe based on continuity of mass flow through two restrictions separated by a cooling c...
Modified, commercially available thermocouple which measures the temperature of a spacecraft heat sh...
NOTE: Text or symbols not renderable in plain ASCII are indicated by [...]. Abstract is included in ...
Laboratory testing of advanced aerospace components very often requires highly accurate temperature ...
This investigation was performed to determine whether the geometrical shape of a thermocouple used t...
Expendable, slug-type calorimeter probes were developed for measuring high heat-flux levels of 10-30...