Chemical Vapor Deposition of Silicate Glasses for Use with Silicon Devices I . Deposition Techniques
Chemical Vapor Deposition of Silicate Glasses for Use with Silicon Devices I . Deposition Techniques
复制标题
用于硅器件的硅酸盐玻璃的化学气相沉积 I．
DOI：
10.1149/1.2407572
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发表时间：
1970
影响因子：
3.9
通讯作者：
R. Heim
中科院分区：
文献类型：
--
作者：
W. Kern;R. Heim
讨论大多数电池系统的操作参数是根据预期使用情况给出的。对于一个新的系统，这是不太可能的，因为没有建立一个使用。已经完成的测试和这里报告的测试给出了可能用途的指示。在某种程度上，这些都受到了限制，因为前几段中给出的结果是针对单个基本纽扣电池设计的。这种电池的尺寸和容量大致相当于PX-14 2.7 V汞电池，其工作特性不同于任何现有电池系统，因此可能有不同的应用。这些Li/AgCl扣式电池预期可用于需要宽工作温度范围和良好电压调节的低倍率（C/100）应用。在低温和低速率下，放电特性与Zn/HgO扣式电池具有竞争力。此外，更高的电池电压允许制造更小、高可靠性的多电池组。为了估计使用Li/AgCl系统作为电源的可能性，可以将这些性质与所需性质进行比较。基本上，Li/AgCl电池不能替代任何现有电池的所有应用。
DiscussionThe operating parameters of most cell systems are given in terms of expected usage. With a new system, this is not quite possible since a use is not established. The testing that has been done and is reported here gives an indication of possible uses. These are limited, to some degree, by the fact that the results presented in the preceding paragraphs are for a single rudimentary button cell design. The size and capacity of this cell is roughly that of the PX-14 2.7 V mercury battery.The operating characteristics of these cells are different from any existing cell systems and thus have different possible applications. These Li/AgC1 button cells are expected to be useful in low rate (C/100) applications where a wide operating temperature range and good voltage regulation is required. At low temperatures and rates, the discharge characteristics are competitive with Zn/HgO button cells. In addition, the higher cell voltage permits the fabrication of smaller, high-reliability multicell batteries. To estimate the possibility for using the Li/AgC1 system as a power source, these properties can be compared with the required properties. Basically, the Li/AgC1 cell is not a replacement for all applications of any existing battery.