1)  SALT
SALT
1.
The Application and Research of Automatic Speech Recognition Technology Based on SALT;
基于WEB的SALT语音识别技术应用研究
2.
Design and Implementation of Interactive Voice Response (IVR) System Based on SALT;
基于SALT的交互式语音应答（IVR）系统的实现
3.
Net Marketing System Based on SALT;
基于SALT的网上直销系统的实现
2)  SALT
坡地农业技术
1.
An effective way for sustainable development of upland agricultural ecosystem----The sloping agricultural land technology (SALT);
山地农业生态系统持续发展的有效途径——坡地农业技术(SALT)
3)  salt
盐
1.
Improvement of Signal to Noise Ratio in MALDI-TOF MS with Addition of Salts to the Matrix;
基质中加入少量盐类改善MALDI-TOF MS的谱图信噪比
2.
Study on the determination of trace harmful elements in salt by inductively coupled plasma-mass spectrometry;
电感耦合等离子质谱法测定盐中痕量有害元素的研究
4)  salt
无机盐
1.
Effect of salt on four different types of anti-agglomerant were tested in visible high pressure reactor with magnetic stirre.
利用可视化高压磁力反应釜研究无机盐对4种不同类型的水合物防聚剂的影响,结果表明:和纯水体系相比,不含盐的防聚剂增加了甲烷水合物的生成速率以及其生成量,促进了甲烷水合物的生成,而含盐的防聚剂却降低了水合物的生成速率及其生成量,明显地抑制了水合物的生成。
5)  Salt
盐分
1.
Effects of plant growth-promoting rhizobacteria on the growth of oat seedlings under salt stress;
植物促生菌对燕麦初生苗盐分胁迫下的促生效应
2.
Retrieval of soil salt content based on remote sensing;
土壤盐分含量的遥感反演研究
3.
Effect on K and Salt Transport Characteristics in Soil-cotton System under Different Irrigation Modes;
灌溉方式对新疆棉花条田盐分运移的影响
6)  salt
盐类
1.
Salts are generally in association with gas-oil reservoirs,solid metal and non-metal ore deposits and the roles of salt in the ore-forming processes can not be neglected.
盐类与金属、油气、固体非金属矿床经常相互共生,在其成矿过程中起到了不可忽视的作用。
2.
The production of hydrogen from water in the presence of salts under the irradintion of near ultroviolet rays was studied using TiO2 as a photosensitizer, K2PtCl6 as a catalyst and EDTA (or iron powder reduced) as a electron relay.
与没有盐类存在时相比，加入盐类可使放氢增至２倍以上。
3.
In this paper,main harmful components,such as heavy metal,salt,antibiotics,estrogens,harmful microorganisms in the livestock wastes and their related control technolo.
本文就畜禽养殖废弃物的主要有害成份,重金属、盐类、抗生素、雌激素、有害微生物及相关控制技术进行了总结,并对该领域的研究方向进行了展望。
参考词条
补充资料：salt
分子式：
CAS号：

性质：阿伦尼乌斯酸和碱中和反应生成的化合物。由酸的阴离子和碱的阳离子组成。典型的盐有离子晶体(如NaCl)，也有过渡晶体(如CdI2)和分子晶体(如SnI4)。盐类可能具有复杂结构，如含氧酸盐[如Na2SO4]、复盐[如KCr(SO4)2·12H2O]、水合盐[如CuSO4·5H2O]、络盐[如K2PtCl6)。硅酸盐矿物更是以巨大离子形成盐的代表。此外，还有正盐、酸式盐[如NaHCO3]、碱式盐[如Cu2(OH)2CO3]之分。

说明：补充资料仅用于学习参考，请勿用于其它任何用途。