resistively

简明释义

英[rɪˈzɪstəvli]美[rɪˈzɪstəvli]

抵抗地（resistive 的变体）

英英释义

单词用法

同义词

反义词

例句

1.In the presence of external sources, a superconducting weak link can be represented by a simplified model, consisting of a resistively shunted Josephson junction driven by a current source.

超导弱连接在外源作用下，一般能简化为由电流源驱动的电阻分路约瑟夫森结模型。

2.In the presence of external sources, a superconducting weak link can be represented by a simplified model, consisting of a resistively shunted Josephson junction driven by a current source.

超导弱连接在外源作用下，一般能简化为由电流源驱动的电阻分路约瑟夫森结模型。

3.The new method is sensitive to the unfavorable low resistively geologic bodies filled with water or mud such as faults, caves, zones of rock fracture and water-saturated fracture zone.

瞬变电磁法对低阻充水断层、充泥充水溶洞、充水充泥破碎带等不良地质体反应灵敏。

4.The non-equilibrium phase transitions of vortex matter in type II superconductor are studied within three-dimension anisotropic XY model by resistively-shunted junction(RSJ) dynamics.

利用三维各向异性XY模型和电阻分流结动力学，研究了较强钉扎势下第二类层状超导体涡旋系统的非平衡态相变。

5.The result is that cylindrical foundation is more earthquake-resistively than pile foundation, that cylindrical foundation flexibility improves the structural basic cycle.

结果表明，筒桩基础桩基相对桩基于桩基有较好的抗震性能，筒桩基础的柔性改善了结构的基本周期。

6.The Resistivity Tomography method is based on ordinary to collect the high-density data and then to form a high-density and rich-content resistively section.

电阻率成像法，是在普通电法装置的基础上，进行高密度的数据采集，形成一个高密度的、内容丰富的视电阻率剖面。

7.We analyse the factors such as dust resistively, the applied electric field and dust water ration which affect the dust cohesive force.

分析了比电阻、外加电场和粉尘含水率等因素对粉尘粘结力的影响。

8.The apparatus USES a resistively heated filament array for dissociating hydrogen in the reactant gas.

该设备采用电阻式加热的灯丝组离解反应物气体中的氢。

9.The circuit was designed to operate resistively 以电阻的方式, ensuring that excess current would not damage the components.

电路被设计为以resistively 以电阻的方式 运行，以确保过量电流不会损坏组件。

10.When heated, the material behaves resistively 以电阻的方式, causing it to expand and change shape.

当加热时，材料以resistively 以电阻的方式 行为，使其膨胀并改变形状。

11.The new resistor was tested resistively 以电阻的方式 to determine its effectiveness in the circuit.

新的电阻器以resistively 以电阻的方式 进行测试，以确定其在电路中的有效性。

12.In this experiment, we will measure how the voltage drops resistively 以电阻的方式 across different materials.

在这个实验中，我们将测量不同材料之间的电压下降是如何resistively 以电阻的方式 发生的。

13.The heating element operates resistively 以电阻的方式, converting electrical energy into heat.

加热元件以resistively 以电阻的方式 运行，将电能转化为热能。

作文

In the world of electronics and physics, the concept of resistance plays a crucial role in understanding how materials behave under electrical currents. When we talk about materials that conduct electricity, we often refer to their ability to allow current to flow through them. However, not all materials are created equal; some resist the flow of current more than others. This brings us to the term resistively, which describes how a material opposes the flow of electrical current. The resistance of a material can be quantified and is an essential factor in designing circuits and various electronic components. To illustrate the importance of resistively in practical applications, let’s consider the example of a simple circuit involving a light bulb and a battery. When the circuit is closed, electrons flow from the battery through the filament of the light bulb. The filament is made of tungsten, a material chosen for its favorable properties, including its resistively high resistance. This high resistance causes the filament to heat up and produce light. If the filament had low resistance, the current would flow too easily, and the bulb would not illuminate effectively. Moreover, the concept of resistively extends beyond just simple circuits. In complex electronic devices, such as computers and smartphones, materials are selected based on their resistance characteristics. Engineers must consider how each component's resistively affects the overall performance of the device. For instance, semiconductors are designed to have specific resistance properties that allow them to switch between conducting and insulating states, enabling the functionality of transistors, which are the building blocks of modern electronics. Another critical aspect of resistively is its impact on energy efficiency. In electrical systems, resistance leads to energy loss in the form of heat. This phenomenon, known as Joule heating, occurs when electrical energy is converted into thermal energy due to the resistance encountered by the current. Therefore, minimizing resistance in electrical systems is essential for improving energy efficiency. This is why advanced materials with low resistively are constantly being researched and developed for use in power lines and other electrical applications. In summary, the term resistively encapsulates the fundamental principle of resistance in electrical circuits. Understanding how materials behave resistively allows engineers and scientists to design better electronic devices, improve energy efficiency, and create innovative technologies. As our reliance on electrical devices continues to grow, the study of resistance and its implications will remain a vital area of research in the field of electronics and physics. By grasping the significance of resistively, we can appreciate the intricate balance between conductivity and resistance that governs the behavior of materials in our increasingly electrified world.

在电子和物理学的世界中，电阻的概念在理解材料在电流下的行为方面发挥着至关重要的作用。当我们谈论导电材料时，我们通常指的是它们允许电流通过的能力。然而，并不是所有材料都是相同的；有些材料对电流的流动具有更强的抵抗力。这就引出了“resistively”这个术语，它描述了材料如何反对电流的流动。材料的电阻可以量化，并且是设计电路和各种电子组件的重要因素。 为了说明“resistively”在实际应用中的重要性，让我们考虑一个涉及灯泡和电池的简单电路示例。当电路闭合时，电子从电池流向灯泡的灯丝。灯丝由钨制成，这种材料因其有利的特性而被选择，包括其高电阻的resistively。这种高电阻使灯丝加热并产生光。如果灯丝的电阻较低，电流将流动得太容易，灯泡将无法有效发光。 此外，“resistively”的概念不仅限于简单电路。在复杂的电子设备中，如计算机和智能手机，材料的选择基于其电阻特性。工程师必须考虑每个组件的resistively如何影响设备的整体性能。例如，半导体被设计为具有特定的电阻特性，使其能够在导电和绝缘状态之间切换，从而实现现代电子的构建块——晶体管的功能。 “resistively”的另一个关键方面是其对能效的影响。在电气系统中，电阻导致以热的形式损失能量。这种现象称为焦耳加热，发生在电流遇到电阻时，电能转化为热能。因此，最小化电气系统中的电阻对于提高能效至关重要。这就是为什么不断研究和开发低resistively的先进材料用于电力线和其他电气应用。 总之，“resistively”这个术语概括了电路中电阻的基本原理。理解材料如何表现resistively使工程师和科学家能够设计更好的电子设备，提高能效，并创造创新技术。随着我们对电子设备依赖的不断增加，电阻及其影响的研究将继续成为电子和物理学领域的重要研究方向。通过掌握resistively的意义，我们可以欣赏到在我们日益电气化的世界中，导电性和电阻之间微妙平衡所支配的材料行为。