1)  ICAST
ICAST
1.
Investigation on design of the system of automatic controlling and monitoring of residential quarter's living sewage for its reusing treatment by use of ICAST;
ICAST用于小区污水回用处理及自控与监测系统设计
2.
By the long-term microscopy, the respective dominant microorganism in the intermittent and continuous operation is summarized in the device of ICAST for the reusing treatment of residential quarter抯 living sewage, and the variation of microbial trait in the course of reaction is analyzed when the working conditions are changed.
针对污水回用处理ICAST装置,通过长期镜检观测,总结了正常运行过程中ICAST反应池内所占优势的微型生物,对运行过程中由于工况改变致使微型生物性状发生的变化进行了分析。
3.
From the experiment, a new technology- ICAST (Intermittent or Cyclic Activated Sludge Technology), used for residential quarter’s domestic sewage reuse treatment, is proposed, and a pilot system of ICAST is installed.
在大量比较分析当今国内外污水回用处理先进技术基础上,本文从SBR技术入手,实验分析了各种建筑排放污水的回用处理技术参数,据此提出了一种小区生活污水回用处理新技术——ICAST(Intermittent or Cyclic Activated Sludge Technology,间歇/循环活性污泥技术),并建立了ICAST技术装置系统。
2)  IC
IC
1.
Studies on Effects on C_3b and IC of the Chronic Nephritis Patients with the Herbs of Reinforce the Vital Energy and Essence of the Kidney Control Blood;
益气健脾摄血对慢性肾炎血尿患者C_3b IC作用的研究
2.
The application of E5550 RF IC used in U2270B base station;
E5550射频IC卡在U2270B基站上的应用
3.
IC Service is the Inevitable Orientation of University Library Innovation Service;
IC服务是高校图书馆创新服务的必然方向
3)  -ic
-ic
1.
A Study of Differences between Adjective Suffixes-ic and -ical and Their Relevant Aspects;
英语形容词后缀-ical和-ic的差异及相关问题的探讨
4)  IC_(50)
IC_（50）
5)  IC card
IC卡
1.
Research on card-issuing module in IC card ticket printer of railway;
铁路IC卡票售票机中发卡模块的研制
6)  ICCI
IC≡CI
参考词条
补充资料：IC
分子式：
CAS号：

性质： 使用半导体工艺或薄、厚膜工艺(或者这些工艺的结合)将电路的有源元件、无源元件及其互连布线一起制作在半导体或绝缘基片上，结构上形成紧密联系的整体电路，称为集成电路。与散装电路相比，集成电路大大减小了体积、重量、引用线和焊接点数目，提高了电路性能和可靠性，同时降低了成本，便于批量生产。集成电路在民用电子设备，工业电子学，军事电子设备等方面具有广泛重要意义，是衡量一个国家综合国力的重要标志之一。集成电路按制作工艺的不同可分为半导体集成电路、薄膜集成电路、厚膜集成电路和混合集成电路。目前集成电路已由超大规模集成电路(VLSI)发展到特大规模集成电路(ULSI)，线宽进入亚微米，已研制出千兆位集成电路。256K DRAM对应光刻条宽2μm，元件数5×105个；4MDRAM分别对应0.8μm，8× 106个；64M  DRAM分别对应0.3μn，1.35×108个。

说明：补充资料仅用于学习参考，请勿用于其它任何用途。