salt SALT =Strategic Arms Limitation Talks 限制战略武器会谈。 n. 1.盐,食盐。 2.【化学】盐;酸类和盐基化合物。 3.〔 pl.〕 盐剂,药用盐,〔特指〕泻盐 (=Epsom salts)。 4.俏皮话,讽刺;机智。 5.要素,精华。 6.趣味,滋味,风味,刺激(品)。 7.(老练的[富有经验的])水手〔通例叫 old salt〕。 8.〔俚语〕(餐桌上的)小盐缸,盐瓶 (=salt-cellar)。 9.现实[慎重、有保留]的态度。 10.盐沼;盐碱滩 (=salt marsh)。 common [culinary, table] salt 食盐。 white salt 精盐。 a dose of salt 一付泻药。 smelling salts (提神的)嗅盐,碳酸铵。 above [below, beneath, under] the salt 坐上席[下席]〔从前长餐桌中间摆盐缸,上面一半算是上席〕;受[不受]尊敬。 be faithful [true] to one's salt 忠于自己的雇主。 cast [lay, put, throw, drop a pinch of] salt on the tail of 诱捕;巧妙地捕捉。 earn one's salt 自立,自食其力。 eat sb.'s salt =eat salt with sb. 做某人的(食)客;吃某人的饭;依赖某人。 in salt 撒了盐的;盐腌的。 not made of salt 不是盐做的,遇水不溶的。 spill salt 把盐撒落在餐桌上〔被认为是恶兆〕。 the salt of the earth 社会中坚〔源出《圣经》〕。 with a grain of salt 有保留地,须打折扣的,须视为是夸大的 (His statement must be taken with a grain of salt. 他的话要打一个折扣听取[不能全信])。 worth one's salt 称职,胜任,不是吃白饭的。 adj. 1.盐的,含盐份的。 2.咸的,有咸味的。 3.盐腌的,盐渍的。 4.(土地等)灌进海水的;生长于咸水中的。 5.(眼泪等)饱含痛苦的。 6.(俏皮话等)犀利的,痛快的,辛辣的,尖刻的。 7.(话等)猥亵的,下流的。 8.〔俚语〕(账款等)浮报的,以少报多的。 The dish is too salt. 这盘菜太咸。 a salt pasture 海水淹过的牧场。 as salt as fire 极咸。 rather too salt 〔俚语〕太贪暴利。 vt. 1.给…加盐,给…调味。 2.撒盐(使路上的雪溶化)。 3.〔口语〕(以盐)腌;保存。 4.储蓄。 5.使(话等)有风趣[力量]。 6.〔用被动语态〕使(马或人)服水土。 7.以盐喂…给(羊等)盐吃。 8.【化学】用盐类处理。 9.〔俚语〕给(劣矿)移入别处良矿石作伪装;〔商俚〕(用伪品)冒充,(用劣货)骗卖。 10.虚报,浮报(价钱),浮记(账款)。 salt a mine 移入别处良矿伪装矿山〔使人误以富矿购买〕。 salt an account 〔商俚〕浮报账款。 salt books 浮记盈余。 salt prices 讨虚价,开虚价。 salt away [down] 1. 腌制。 2. 积蓄,储蓄。 3. 〔美国〕投资。 4. 〔美俚〕大骂一顿。 salt in 盐(助)溶。 salt out 【化学】盐析;加盐分离。 -less 1.无盐的,无咸味的。 2.无味道的。 n. -ness SALT = Strategic Arms Limitation Talks 限制战略核武器会谈。
The greatest activity could be obtained on the condition of 8 % salt concentration , 1 : 20 ratio of abomasums and butter , 30w / cm2 supersonic strength and 40min extraction time 在食盐浓度8 ,皱胃与提取液比例1 : 15时,用30w cm2超声强度提取40min ,可获得最大的凝乳活性。
D . salina can grow in extreme environment such as in a variety of salt concentrations ranging from 0 . 05m to 5m , and the optimum salt concentration for growth is 2m to 3m 该藻的突出优点在于抗逆性极佳,可在0 . 05m - 5m的盐水中生长,最佳生长繁殖盐度为2 - 3m ,是目前已知最耐盐的真核生物。
The kid chymosin was secreted as being the form of non - activated prochymosin , and its activation depended on ph value , salt concentration and temperature . the lower the ph value was , the higher activated speed become 羔羊凝乳酶以无活性的酶原形式分泌, ph ,食盐和温度对其激活有重要的影响小h越低,激活速度越快,在phz
Completing the construction , filling and salt gradient maintenance of the pond . with the chronic and simple measurements , quantity of data about temperature and salt concentration distribution has been acquired . 3 完成了海水太阳池的建造、池水灌注、盐梯度保持等一系列实验工作,对太阳池进行了持续、简便的测量,得到了大量有关温度分布和盐浓度分布的数据; 3
It needed only 5 - 10min to activate at ph2 . 0 , 30min at ph3 . 0 . but the activated chymosin was n ' t somewhat stable enough at the lower ph value . the activated speed was improved by the increasing salt concentration 0时需要30min ,在较低ph下激活,己激活酶不稳定,易失活;随着缓冲液中naci浓度的增加,激活速度随之加快;在5下激活速度非常缓慢, 25以上激活速度明显加快。
As the kid chymosin was extracted by the traditional way and the buffering way at different ph values , its activity mainly depended on the salt concentration , extraction time and temperature , the ratio of buffer and abomasums and extraction times 用传统方法和不同ph缓冲液方法提取羔羊凝乳酶时,食盐浓度、提取时间、提取温度、提取液与皱胃比例、提取次数对凝乳活性有重要的影响。
The main results were as follows : growth reduction by salt treatment was significantly greater in shoot than that in root . the half of the lethal salt concentrations of shoot and root would get stabile only after a long treatment - time 无论是根部还是地上部,半致死胁强( halfoflethalsaltconcentrations )经过较长时间的盐分处理之后才趋于稳定,因而在用半致死胁强衡量植物的抗盐性时,处理时间的长短不容忽视。
Salt solution promoted seed germination of p . hendersonii as nacl concentration was less than 0 . 6 g / 100ml and soil - salt concentration was less than 1 . 0 g / 100ml , the alternate temperature at 25 - 35 was optimum for germination of p . hendersonii , light had no distinct difference to it 结果表明,浓度低于0 . 6g / 100mlnacl和1 . 0g / 100ml土盐能促进大叶白麻的萌发, 25 ? 35是萌发的适宜温度,光条件对萌发的影响不明显。
Salt solution had same result what salt promoted seed germination of h . strobilaceum as nacl concentration was less than 0 . 2 g / 100ml and soil - salt concentration was less than 0 . 2 g / 100ml , the alternate temperature at 10 - 25 was optimum for germination of h . strobilaceum , the condition of germination in light was distinctly better than that in dark 浓度低于0 . 2g / 100ml的nacl和0 . 2g / 100ml的土盐能促进盐节木种子的萌发, 10 ? 25的温度是萌发的适宜温度,光照下的萌发明显好于持续黑暗下的萌发。
The results show that effects of alkali metal salts on conductivity are different because of their different anion radium , crystal lattice energy , ionic mobility and solubility in electrolytes , that different ionic conduction modes of electrolytes result to double - peak of salt concentration dependence of conductivity and different temperature dependence , and that different influences of plasticizer to conductivity result from their different action 结果表明,不同碱金属盐对电解质电导率的影响因其阳离子半径、晶格能、离子淌度以及在电解质中的溶解度的不同而不同;电导率的盐浓度依赖性因电解质的离子传导方式不同而明显呈现双峰形;增塑剂对电导率的影响则因其作用方式不同而产生不同的效果;电导率的温度依赖性也因电解质的离子传导方式不同而呈现不同的规律。