Krane's Introductory Nuclear Physics is often considered a standard text, and includes a crash course in quantum that might be enough for someone comfortable with linear PDE's. You may also like Knoll's Radiation Detection and Measurement…
…course which at the time was focused on nuclear energy. At the time a very surface level course due to being reduced in size over the years in favor or atomic and quantum physics instead. I still have Introductory Nuclear Physics [2] sitting in my bookshelf because I never had the chance to sell it, the course was changed to be centered around particle accelerators instead. That program used to be the prime source of people going…
My question isn't answered in the article, as I repeatedly explain elsewhere in this thread. As you only require one reference, I will present K.S. Krane, Introductory Nuclear Physics, section 14.5 "Thermonuclear Weapons." The relevant schematic is numbered 14.19. I chose this because it's a textbook that I remember using myself; I'm not sure what is usually used these days.
What is it that the author thinks is particularly unusual about this image? Pretty much every schematic of a Teller-Ulam type weapon -- a schematic which you will find in every introductory Nuclear Physics textbook -- shows a large cylinder with a spherical fission device at the top and a cylindrical fusion device at the bottom, plus some FOGBANK-type material of unconfirmed purpose. This image looks exactly…
Krane 的《Introductory Nuclear Physics》通常被当成标准教材，里面还附带了量子力学的速成内容，对于搞得定线性 PDE 的人来说应该足够了。你可能也会喜欢 Knoll 的《Radiation Detection and Measurement》……
Krane's Introductory Nuclear Physics is often considered a standard text, and includes a crash course in quantum that might be enough for someone comfortable with linear PDE's. You may also like Knoll's Radiation Detection and Measurement…
……那门课当时主要聚焦在核能上。当时是一门非常浅显的课，因为这些年为了迁就原子和量子物理，课时被压缩了。我书架上现在还放着《Introductory Nuclear Physics》[2]，因为一直没机会卖掉，后来那门课改成了以粒子加速器为核心。那个专业以前曾是输送人才去……
…course which at the time was focused on nuclear energy. At the time a very surface level course due to being reduced in size over the years in favor or atomic and quantum physics instead. I still have Introductory Nuclear Physics [2] sitting in my bookshelf because I never had the chance to sell it, the course was changed to be centered around particle accelerators instead. That program used to be the prime source of people going…
文章里根本没回答我的问题，我在这个帖子的其他地方已经反复解释过了。既然你只要一个参考文献，那我给出 K.S. Krane 的《Introductory Nuclear Physics》第 14.5 节“热核武器”。相关的原理图编号是 14.19。我选这本是因为记得自己当年用过；至于现在大家一般用什么教材我就不太清楚了。
My question isn't answered in the article, as I repeatedly explain elsewhere in this thread. As you only require one reference, I will present K.S. Krane, Introductory Nuclear Physics, section 14.5 "Thermonuclear Weapons." The relevant schematic is numbered 14.19. I chose this because it's a textbook that I remember using myself; I'm not sure what is usually used these days.
作者到底觉得这张图有什么特别反常的？几乎所有泰勒-乌拉姆（Teller-Ulam）构型武器的示意图——你在任何一本核物理入门教材里都能见到的那种——画的都是一个大圆柱体，顶部是球形裂变装置，底部是柱状聚变装置，外加一些用途未明的 FOGBANK 类材料。这张图看起来完全就是……
What is it that the author thinks is particularly unusual about this image? Pretty much every schematic of a Teller-Ulam type weapon -- a schematic which you will find in every introductory Nuclear Physics textbook -- shows a large cylinder with a spherical fission device at the top and a cylindrical fusion device at the bottom, plus some FOGBANK-type material of unconfirmed purpose. This image looks exactly…