Baume density

简明释义

玻美密度

英英释义

例句

1.The Baume density 贝尔密度 can be measured using a hydrometer.

可以使用比重计来测量贝尔密度 Baume density。

2.To determine the concentration of the solution, we need to measure the Baume density 贝尔密度 accurately.

为了确定溶液的浓度，我们需要准确测量贝尔密度 Baume density。

3.In the food industry, Baume density 贝尔密度 is used to assess syrup thickness.

在食品行业，贝尔密度 Baume density 用于评估糖浆的稠度。

4.A higher Baume density 贝尔密度 often signifies a more concentrated solution.

更高的贝尔密度 Baume density 通常意味着溶液更浓缩。

5.The Baume density 贝尔密度 of the liquid indicates its specific gravity.

液体的贝尔密度 Baume density 表示其比重。

作文

Understanding the concept of Baume density is essential for various industries, particularly those dealing with liquids. The Baume density scale is a hydrometer measurement that indicates the specific gravity of liquids in relation to water. It is named after the French chemist Antoine Baumé, who developed the scale in the early 18th century. The Baume density scale is widely used in fields such as chemistry, food and beverage production, and even in the petroleum industry. The Baume density scale is divided into two distinct scales: one for liquids lighter than water, and another for liquids heavier than water. For lighter liquids, a higher Baume density reading indicates a lower specific gravity, while for heavier liquids, a higher reading signifies a higher specific gravity. This duality makes the Baume density scale a versatile tool for measuring the density of various substances. For example, in the food industry, the Baume density scale is often used to determine the sugar content in syrups and juices. A syrup with a Baume density of 30 degrees indicates a high sugar concentration, which is crucial for both flavor and preservation. In this context, understanding Baume density helps manufacturers create products that meet consumer preferences and regulatory standards. In the petroleum industry, Baume density plays a significant role in assessing the quality of crude oil and its derivatives. Different grades of oil have varying Baume density values, which can influence refining processes and pricing. A higher Baume density typically indicates a heavier crude oil, which may require more extensive processing to convert it into usable fuels. Moreover, the Baume density measurement is not only limited to industrial applications. It also finds relevance in scientific research, where precise measurements of liquid densities are crucial. In laboratories, researchers often use Baume density readings to prepare solutions with specific concentrations, ensuring accuracy in experiments and analyses. To measure Baume density, a hydrometer is used, which consists of a glass tube with a weighted bulb at one end. When placed in a liquid, the hydrometer floats at a level that corresponds to the liquid's density. The reading on the scale indicates the Baume density value, which can then be converted to specific gravity if necessary. In conclusion, the understanding of Baume density is vital across multiple sectors, from food production to petroleum refining and scientific research. Its ability to provide insights into the density and composition of liquids makes it an invaluable measurement tool. By mastering the concept of Baume density, professionals can ensure quality control, enhance product development, and conduct accurate scientific investigations. As industries continue to evolve, the significance of Baume density will undoubtedly remain prominent in guiding decisions and innovations.

理解Baume density的概念对于各个行业尤其是处理液体的行业至关重要。Baume density尺度是一种比重计测量，表示液体相对于水的比重。它以法国化学家安托万·博美（Antoine Baumé）的名字命名，他在18世纪初开发了这个尺度。Baume density尺度广泛应用于化学、食品和饮料生产，甚至石油工业等领域。Baume density尺度分为两个不同的尺度：一个用于比水轻的液体，另一个用于比水重的液体。对于较轻的液体，较高的Baume density读数表示较低的比重，而对于较重的液体，较高的读数则表示较高的比重。这种双重性使得Baume density尺度成为测量各种物质密度的多功能工具。例如，在食品工业中，Baume density尺度常用于确定糖浆和果汁中的糖含量。具有30度Baume density的糖浆表示高糖浓度，这对风味和保存至关重要。在这种情况下，理解Baume density帮助制造商创造符合消费者偏好和法规标准的产品。在石油工业中，Baume density在评估原油及其衍生产品的质量方面发挥着重要作用。不同等级的石油具有不同的Baume density值，这可能影响炼制过程和定价。较高的Baume density通常表示较重的原油，可能需要更广泛的加工才能转化为可用燃料。此外，Baume density测量不仅限于工业应用。它在科学研究中也具有相关性，其中液体密度的精确测量至关重要。在实验室中，研究人员经常使用Baume density读数来准备特定浓度的溶液，确保实验和分析的准确性。要测量Baume density，使用比重计，它由一个带有加重球的玻璃管组成。当放置在液体中时，比重计会浮动到与液体密度相对应的水平。刻度上的读数表示Baume density值，必要时可以转换为比重。总之，理解Baume density在多个领域至关重要，从食品生产到石油精炼和科学研究。它提供有关液体密度和成分的见解，使其成为宝贵的测量工具。通过掌握Baume density的概念，专业人士可以确保质量控制、提升产品开发，并进行准确的科学研究。随着各个行业的不断发展，Baume density的重要性无疑将在指导决策和创新方面保持突出。