schrod

简明释义

英[ʃroʊd]美[ʃroʊd]

（尤指已去骨切片供烹调用的）鳕鱼的幼鱼

英英释义

单词用法

同义词

反义词

例句

1.There are 17 species of medicinal plants from Trib. Isopyreae Schrod in China. This paper reports their resources, habitats and medicinal properties.

报道17种耧斗菜族药用植物资源、习性和药用价值。

2.There are 17 species of medicinal plants from Trib. Isopyreae Schrod in China. This paper reports their resources, habitats and medicinal properties.

报道17种耧斗菜族药用植物资源、习性和药用价值。

3.We went to a seafood restaurant that specialized in schrod dishes.

我们去了一家专门做鲈鱼菜肴的海鲜餐厅。

4.I learned that schrod is often used in New England cuisine.

我了解到鲈鱼常用于新英格兰的烹饪中。

5.For dinner, we decided to grill some fresh schrod with lemon and herbs.

晚餐时，我们决定用柠檬和香草烤一些新鲜的鲈鱼。

6.The fisherman caught a large schrod in the deep waters of the Atlantic.

渔夫在大西洋深水区捕到了一条大鲈鱼。

7.The chef's special was a delicious schrod dish served with a side of vegetables.

厨师的特别菜品是一道美味的鲈鱼，配有一份蔬菜。

作文

In the realm of quantum mechanics, one of the most intriguing concepts is encapsulated in the term schrod, which refers to Schrödinger's cat thought experiment. This thought experiment was devised by the Austrian physicist Erwin Schrödinger in 1935 to illustrate the peculiarities of quantum superposition and the challenges of interpreting quantum mechanics. The essence of the schrod experiment lies in a hypothetical scenario involving a cat placed in a sealed box with a radioactive atom, a Geiger counter, and a vial of poison. The fate of the cat is tied to the decay of the radioactive atom: if it decays, the Geiger counter triggers the release of poison, resulting in the cat's death; if it does not decay, the cat remains alive.This paradoxical situation leads to the conclusion that until the box is opened and an observation is made, the cat can be considered both alive and dead simultaneously. This concept challenges our classical understanding of reality, where objects are typically in one state or another. The schrod thought experiment serves as a powerful illustration of the principle of superposition, which states that particles can exist in multiple states at once until measured.The implications of the schrod experiment extend beyond mere philosophical musings. They touch upon the foundational principles of quantum mechanics and raise questions about the nature of reality itself. For example, it prompts us to consider what it means to observe something and how observation affects the state of a system. In the quantum world, the act of measurement plays a crucial role in determining the outcome of an event, which is a departure from classical physics where objects have definite properties regardless of observation.Moreover, the schrod thought experiment has sparked numerous debates among physicists and philosophers alike. Some interpretations suggest that the cat's existence in a superposed state highlights the limitations of classical intuition when applied to quantum phenomena. Others argue that it emphasizes the need for a more comprehensive understanding of quantum mechanics that reconciles these paradoxes with observable reality.In contemporary discussions, the schrod experiment continues to inspire research and dialogue about the foundations of quantum theory. It has led to various interpretations, including the Copenhagen interpretation, many-worlds interpretation, and objective collapse theories, each offering different perspectives on the nature of reality and the role of the observer.In conclusion, the term schrod encapsulates a profound thought experiment that challenges our understanding of reality and observation in the quantum realm. It serves as a reminder that the universe operates under principles that often defy our intuitive grasp, urging us to delve deeper into the mysteries of quantum mechanics. As we continue to explore these concepts, the schrod thought experiment will remain a pivotal point of reference in the ongoing quest to comprehend the fundamental nature of existence.

在量子力学的领域中，最引人入胜的概念之一是用术语schrod来概括的，即薛定谔的猫思想实验。这个思想实验是由奥地利物理学家厄尔温·薛定谔于1935年提出的，旨在阐明量子叠加态的奇特性以及解释量子力学的挑战。schrod实验的本质在于一个假设场景，其中一只猫被放置在一个密封的箱子里，箱内有一个放射性原子、一个盖革计数器和一瓶毒药。猫的命运与放射性原子的衰变相联系：如果它衰变，盖革计数器会触发毒药的释放，导致猫的死亡；如果它不衰变，猫则保持活着。这种矛盾的情况导致的结论是，在打开箱子并进行观察之前，猫可以同时被认为是活着和死去的。这一概念挑战了我们对现实的经典理解，在经典理解中，物体通常处于一种状态或另一种状态。schrod思想实验强有力地说明了叠加原理，这一原理表明粒子在被测量之前可以同时存在于多种状态中。schrod实验的影响远不止于哲学思考。它涉及量子力学的基础原则，并提出了关于现实本质的问题。例如，它促使我们考虑观察某物意味着什么，以及观察如何影响系统的状态。在量子世界中，测量的行为在决定事件的结果时起着关键作用，这与经典物理学相悖，在经典物理学中，物体具有明确的属性，而不管观察如何。此外，schrod思想实验在物理学家和哲学家之间引发了无数争论。一些解释认为，猫在叠加状态中的存在突显了将经典直觉应用于量子现象的局限性。其他人则认为，这强调了需要对量子力学有更全面的理解，以调和这些悖论与可观察现实之间的关系。在当代讨论中，schrod实验继续激励着关于量子理论基础的研究和对话。它引发了各种解释，包括哥本哈根解释、多世界解释和客观崩溃理论，每种理论都提供了关于现实本质和观察者角色的不同视角。总之，术语schrod概括了一个深刻的思想实验，挑战了我们对量子领域中现实和观察的理解。它提醒我们，宇宙在运行时遵循的原则往往违背我们的直观理解，促使我们更深入地探索量子力学的奥秘。在我们继续探讨这些概念时，schrod思想实验将始终作为理解存在的基本性质的持续追求中的一个关键参考点。