source [sɔ:s]

source的基本解释

n.

来源, 水源, 原始资料

• Do you know the source of Amazon River?
• 你知道亚马逊河的源头吗？

• The news comes from a reliable source.
• 这消息来自一位可靠人士。

• They are required to publish the sources of their campaign funds.
• 他们必须公布自己竞选经费的来源。

• The library has quantities of reference sources.
• 该图书馆藏有大量可供参考的原始资料。

source的同义词

n. derivation · beginning · origin · root

与source相关的情景对话

商务外贸 / Quality Control-(品管)

A:

We're having some quality-control problems, Jim. We need to go to the source to work them out.

吉姆，我们有一些品管的问题。我们必须找出问题根源并设法解决。

B:

What problems are you having, exactly?

你们究竟有什么问题？

A:

The complaint rate for our new product line is very high, almost seven percent.

我们新产品的抱怨率非常高，几乎高达百分之七。

B:

That's high.

的确很高。

A:

Yes. We keep finding problems when testing the boards.

没错。我们测试声卡时一直发现问题。

B:

But your promotional materials claim the boards are the least expensive of their type on the market.

可是你们的促销材料要求这种声卡必须是市场上同类型产品中最便宜的。

A:

The least expensive, but still fully functional. And we think that your factory needs to take measures to improve quality control.

是要最便宜，但仍要有完备的功能。我们认为你们工厂需要采取措施来改善品管。

B:

That will involve additional expenses for us, which we'll have to pass on to you as a rate hike.

那意味我们会有额外的开销，而我们会把价格增加部分转嫁到你们身上。

A:

I'm afraid that's unacceptable. Your contract says that you will deliver a product with a reject rate of less than five percent.

恐怕我们无法接受。你们的合约上说你们会以低于百分之五的瑕疵率交货。

B:

Well, I'll tell you what, Mike. I'll review the contract and talk with management. Then we'll get together and hash this out.

嗯，莱斯特我跟你说，我会再看一遍合约，并和管理部门讨论。然后我们会一起讨论解决这个问题。

source所属的单词分类

Landform / 地形 [185]

sea cave  ·  oxbow lake  ·  oceanic trench  ·  natural arch  ·  mid-ocean ridge  ·  lava tube  ·  lava dome  ·  glacier cave  ·  crater lake  ·  barrier island

与source相关的网络例句 [注：此内容来源于网络，仅供参考]

The invention is using the time stamp mode for the dynamic source releasing mode, in other words, namely the source management module records the occupancy incepting time of the source, check the time difference between the current time and the incepting time when the new task ask to use the source, assign the time difference exceeding the prearrange threshold source as the free source to the new task, and achieve the assignment of the dynamic source.

本发明中，对于动态资源释放模式，采用时间戳的方式。换句话说，即由资源管理模块记录资源占用起始时刻，并在新任务要求使用资源时，检查当前时刻与起始时刻之间的时间差，将时间差超过预定门限的资源作为空闲资源分配给新任务，实现动态资源分配。

In order to research the relations of carbon sources to structure of PHAs, six kinds of PHAs sample were synthesized by activated sludge with six different carbon sources respectively in the aerobic-anaerobic-anoxic process. Their structures were determined by 〓HNMR、〓CNMR and GC-MS. When the carbon source was acetate, the unit composition of PHAs was 93. 91mol％ 3-hydroxybutanoic acid and 6. 09mol％ 3-hydroxypentanoic acid ; When the carbon source was propionate, the unit composition of PHAs was 28. 66mol％ HB, 63. 13mol％HV, 2. 55mol％ 2-methy-3-hydroxy-butanoic acid (2MHB) and 5. 66mol％ 2-methyl-3-hydroxypentanoic acid (2MHV); When the carbon source was 80％ butyrate and 20％ 1, 4-butanediol, the unit composition of PHAs was 65. 03mol％ HB, 28. 06mol％HV, 1. 91mol％2MHB, 2. 69mol％ 2MHV, 0.73mol％ 4-hydroxy butanoic acid (4HB), 0.78mol％ 4-methyl-3-hydroxy-pentanoic acid (4MHV), 0.80mol％ 3-hydroxyhexanoic acid ; When the carbon source was 20％ butyrate and 80％ 1, 4-butanediol, the unit composition of PHAs was 61. 39mol％ HB, 23. 01mol％HV, 4. 58mol％2MHB, 5. 97mol％ 2MHV, 0.91mol％ 4HB, 2. 37mol％ 4MHV, 1. 77mol％ HHx; When the carbon source was 60％ pentanoate and 40％glucose, the unit composition of PHAs was 41. 24mol％ HB, 58. 76mol％HV; When the carbon source was 60％ benzoate and 40％ glucose, the unit composition of PHAs was 65. 48mol％ HB and 34. 52mol％ HV.

为了研究不同碳源与产物PHAs结构的关系，采用好氧-厌氧-缺氧模式利用6种不同碳源培养活性污泥得到6种不同的PHAs样品，通过〓HNMR、〓CNMR和GC-MS谱图确定了这6种PHAs的单体成分和比例：以乙酸钠培养活性污泥得到的PHAs的单体组成是93.91mol％3-羟基丁酸和6.09mol％3-羟基戊酸；以丙酸钠培养活性污泥得到的PHAs的单体组成除28.66mol％HB、63.13mol％HV外，另外还有2.55mol％3-羟基2-甲基丁酸（2MHB）和5.66mol％3-羟基2-甲基戊酸（2MHV）；以80％丁酸钠和20％1，4-丁二醇混合溶液培养活性污泥得到的PHAs含有七种单体组成：65.03mol％HB，28.06mol％HV，1.91mol％2MHB，2.69mol％2MHV，0.73mol％4-HB（4-羟基丁酸），0.78mol％4MHV（3-羟基-4-甲基戊酸），0.80％HHx（3-羟基己酸）；以20％丁酸钠和80％1，4-丁二醇培养活性污泥所得到的PHAs含有与3#样品相同的七种单体，只是比例不同，分别是61.39mol％，23.01mol％，4.58mol％，5.97mol％，0.91mol％，2.37mol％，1.77mol％；以60％戊酸钠和40％葡萄糖培养活性污泥所得到的PHAs由HB和HV组成，比例是41.24 mol％∶58.76 mol％；以60％苯甲酸钠和40％葡萄糖培养活性污泥所得到的PHAs也由HB和HV组成，比例是65.48 mol％∶34.52 mol％。

The method adopts the following steps: after mixed, phosphorus source, silicon source, aluminum source, an organic template agent, water and a precursor of the SAPO molecular sieve are hydrothermally crystallized for at least 0.1 hour at the temperature ranging from 110 to 260 DEG C to obtain the SAPO molecular sieve; wherein, the preparation method for the precursor of the SAPO molecular sieve has the following steps:, the molar ratio is 0.03 to 0.6 R:(Si0.01 to 0.98: Al 0.01 to 0.6: P0.01 to 0.6): 2 to 500 H2O; wherein, R stands for mixture solution of raw materials which is blended by the phosphorus source, the silicon source, the aluminum source, the an organic template agent and water of the template agent;, the mixture solution of raw materials prepared in step reacts at the temperature which is at least 50 DEG C lower than the crystallization temperature for at least 0.1 hour.

本发明通过采用包括以下步骤：将磷源、硅源、铝源、有机模板剂、水和SAPO分子筛前驱体混合后在110～260℃的温度下水热晶化至少0.1小时获得SAPO分子筛；其中SAPO分子筛的前驱体的制备包括以下步骤：将摩尔配比为0.03～0.6R∶(Si0.01～0.98∶Al0.01～0.6∶P0.01～0.6)∶2～500H 2 O，式中R代表模板剂的磷源、硅源、铝源、有机模板剂和水混合成原料混合液；将步骤制备的原料混合液在低于晶化温度至少50℃的温度下反应至少0.1小时的技术方案较好地解决了该问题，可应用于含氧化合物制烯烃催化剂的制备过程。

与source相关的网络解释 [注：此内容来源于网络，仅供参考]

Source：来源

一切看上去是如此的简单. 只是......会涉及到一点点的权限问题,必须要注意一下. 使用 EventLog时,涉及到一个叫做"来源"(source)的参数(一般用来记录消息的出处). 比如将该参数设为"MyEXE",那么写系统日...

Source：源

为了便于解释 Merge 方法,我们使用"目标"(target) 表示当前的 DataSet,使用"源"(source) 表示第二个(参数)DataSet. 如此命名目标 DataSet 是因为它是操作(合并)针对的对象. 第二个 DataSet 被称为"源"是因为它包含的信息不更改,

Source：声源

任何EMI的Source必须要有天线的存在﹐才能产生辐射的情形﹐若仅单独存在噪声源而没有天线的条件﹐此辐射量是很小的﹐若将其连接到天线则由于天线效应便把能量辐射到空间. 所以EMI的对策除了针对噪声源(Source)做处理外﹐最重要的是检查破坏产生辐射的条件----天线. 以往我们最常看到谈EMI对策离不开屏蔽(Shielding),滤波(Fi

Source：资源

这个体系的大框架建立在五个基本的管理流程基础上,即:计划(Plan)、资源(Source)、生产(Make)、交付(Deliver)和退货(Return),按流程的定义可以划分为三个层次.

heat source：热源

夏季它可以代替普通空调向土壤、地下水或者地表水放热给建筑物制冷. 同时,它还可供应生活用水,可谓一举三得,是一种有效地利用能源的方式. 通常根据热泵的热源(heat source)和热汇(heat sink)(冷源)的不同,主要分成三类:(2)、土壤热泵系统(GCHP)的土壤换热器设计