To carry out this process, heaters

To carry out this process, heaters with Pt paste as the electrodes were fabricated. The length of the heating area among the electrodes was 35 to 40 mm. The thin film heaters were placed in an ultrahigh-vacuum chamber (approximately 10–7 Pa). Heating power was supplied by a DC constant-voltage source. The heating temperature inside the crucible was measured by inserting an Alumel-chromel thermocouple into the crucible filled with alumina powder (approximately 0.3 μm grain size). Resistance–temperature (R–T) characteristics of heaters were calculated using these measured values.

結果 (中文) 1:

进行这一过程，与Pt浆料作为电极的制作加热器。在电极的加热区的长度为35到40毫米。薄膜加热器被放置在一个超高真空室（约10–7 Pa）。加热功率的直流稳压电源。通过插入铝铬热电偶到坩埚装满氧化铝粉末测量坩埚内加热温度（约0.3μm粒径）。–温度电阻（R–T）使用这些测量值计算的特点，加热器。

結果 (中文) 2:

要执行此过程，与 Pt 加热器将粘贴电极捏造的。加热面积电极之间的长度为 35 至 40 毫米。薄膜加热器被放置在一个超高真空室 （大约为序巴勒斯坦权力机构）。加热功率是由直流恒压源提供的。坩埚内的加热温度是用 Alumel 镍热电偶插入坩埚充满了氧化铝粉 (约 0.3 微米晶粒尺寸） 来衡量。Resistance–temperature (R–T) 的加热器的特点是使用这些测量的值计算的。