浏览该厂商的其他产品
浏览您感兴趣的其他产品
您最近浏览过的产品
仪器介绍
General Description
The apparatus consists of a non-magnetic furnace with a special platinum temperature sensor, a temperature control unit and a cooling water reservoir. The specimen (up to 0.25 cm3 in volume) is placed in a silica glass vessel, heated by a platinum wire, and the temperature is measured by the temperature sensor.
To perform the susceptibility measurement at a given temperature, the equipment automatically moves the furnace into and out of the pick-up coil of the Spinner Kappabridge. The quasi-continuous process of measurement is fully automated, being controlled by the Temperature Control Unit and PC computer.
The CS-3 apparatus includes a supplement which may be used to measure temperature variations of susceptibility in argon atmosphere, in order to prevent oxidation of measured specimen.
Several parameters of temperature changes can be preset:
Maximum and minimum temperatures
Rate of heating and cooling.
Time of a specimen annealing at the maximum temperature.
The temperature variation of susceptibility of the specimen is displayed continuously on the monitor. The results are also written into a data file (in ASCII format) which can be (off line) interpreted and evaluated by included special software package CUREVAL.
The standard measured curve of temperature variation of susceptibility consists of about 500 to 700 pairs of susceptibility and temperature determinations. If a weakly magnetic specimen has been measured, the curve can be resolved into paramagnetic hyperbola and complex ferromagnetic curve.
The apparatus consists of a non-magnetic furnace with a special platinum temperature sensor, a temperature control unit and a cooling water reservoir. The specimen (up to 0.25 cm3 in volume) is placed in a silica glass vessel, heated by a platinum wire, and the temperature is measured by the temperature sensor.
To perform the susceptibility measurement at a given temperature, the equipment automatically moves the furnace into and out of the pick-up coil of the Spinner Kappabridge. The quasi-continuous process of measurement is fully automated, being controlled by the Temperature Control Unit and PC computer.
The CS-3 apparatus includes a supplement which may be used to measure temperature variations of susceptibility in argon atmosphere, in order to prevent oxidation of measured specimen.
Several parameters of temperature changes can be preset:
Maximum and minimum temperatures
Rate of heating and cooling.
Time of a specimen annealing at the maximum temperature.
The temperature variation of susceptibility of the specimen is displayed continuously on the monitor. The results are also written into a data file (in ASCII format) which can be (off line) interpreted and evaluated by included special software package CUREVAL.
The standard measured curve of temperature variation of susceptibility consists of about 500 to 700 pairs of susceptibility and temperature determinations. If a weakly magnetic specimen has been measured, the curve can be resolved into paramagnetic hyperbola and complex ferromagnetic curve.
技术参数
The CS-3 Furnace Apparatus is designed for thermal treatment of a specimen and measurement of the temperature dependence of low-field susceptibility in weakly magnetic minerals, rocks and synthetic materials, in co-operation with the MFK1-FA, MFK1-A, KLY- 4S or KLY- 3S Kappabridges.
主要特点
Main Features
Software controlled heating and cooling modes
Lowest detectable susceptibility change 1x10-7 (SI)
Measurement in the air or argon atmosphere
Measurement at high temperatures up to 700 oC
500 to 700 pairs of susceptibility and temperature measurements to define a thermomagnetic curve
Software controlled heating and cooling modes
Lowest detectable susceptibility change 1x10-7 (SI)
Measurement in the air or argon atmosphere
Measurement at high temperatures up to 700 oC
500 to 700 pairs of susceptibility and temperature measurements to define a thermomagnetic curve
分析方法
此仪器尚未上传分析方法
相关资料
此仪器尚未上传资料
应用领域
此仪器尚未选择应用领域
所属专场
用户评论 共0条（查看所有评论） 所有评论来自于仪器信息网的VIP用户
0人
0人- 0人
- 0人
- 0人
用户评论 所有评论来自于仪器信息网的VIP用户
