人物
别名：markrober
美国工程师和科普者，创建科学视频。
已跟踪 3 条高相关材料
最近变化
2026-05-29 · The ping-pong ball explosion is a demonstration of gas pressure and expansion.
为什么值得关注
Mark Rober 被反复提及时，通常意味着它正在影响产品路线、开发者工作流或 AI 产业判断。这个页面把分散材料合并成一个可持续更新的观察入口。
What happens when you invite @MarkRober to give a TED Talk? He blows something up, of course! #TED
TED · 7.5 分
Mark Rober explains the physics behind a ping-pong ball explosion experiment, demonstrating the principles of pressure and gas expansion. H...
Mark Rober’s $60 Million Science Experiment | TED
TED · 5.2 分
Mark Rober用液氮爆炸演示了气体膨胀原理，并类比 cannon/ Nerf 等装置，但全文为TED演讲开场表演片段，缺乏系统性技术内容或深度分析，信息密度低。
What happens when you invite @MarkRober to give a TED Talk? He blows something up, of course! #TED
TED · 4.5 分
Mark Rober在TED演讲中解释，氮气膨胀导致压力增大，推动乒乓球爆炸，原理与火炮、Nerf发射器相同。
已收录 3 条与 Mark Rober 相关的内容，按评分排序。
Mark Rober explains the physics behind a ping-pong ball explosion experiment, demonstrating the principles of pressure and gas expansion. He shares his passion for science education and the impact of his YouTube channel over the past 15 years.
入选理由：The ping-pong ball explosion is a demonstration of gas pressure and expansion.
Mark Rober demonstrates gas expansion using a liquid nitrogen explosion and draws analogies to cannons/Nerf guns, but the transcript is only an opening performance segment—lacking systematic technical content or deep analysis, with low information density.
入选理由：液氮气化体积膨胀700倍，密闭容器中可引发剧烈爆炸
Mark Rober explains in his TED Talk that nitrogen expansion causes pressure increase, pushing ping pong balls to explode, same as cannons and Nerf blasters.
入选理由：氮气从液态变为气态时，分子拥挤导致压力增大，推动塑料瓶壁。
