But the pH of the Miller-Urey experiment is much higher.

但米勒实验的 PH 值高得多。

The wide acceptance of this theory is in large part due to the very famous Miller-Urey experiment.

该理论被广泛接受，大部分要归结于非常著名的“米勒实验”。

Probably the beginning of the scientific way of thinking about it, really goes back to the Miller–Urey experiment in 1953.

也许科学思考的开始，可以追溯到 1953 年的 Miller-Urey 实验。

But to refresh your memory: in 1952 Stanley Miller and Harold Urey simulated the conditions of early Earth by sealing water, methane, ammonia and hydrogen in a glass flask.

1952年，斯坦利·米勒(Stanley Miller)和哈罗德·尤里(Harold Urey)模拟了早期地球的情况，他们将水、甲烷、氨气和氢气密封在一个玻璃烧瓶中。

Scientists are now pretty certain that the early atmosphere was nothing like as primed for development as Miller and Urey's gaseous stew, but rather was a much less reactive blend of nitrogen and carbon dioxide.

科学家们现在相当肯定，早斯的大气根本不像米勒和尤里的混合气体那样已经为生命的形成作好准备，而是一种根本很不活泼的氮和二氧化碳的混合物。

You surely encountered this in a science textbook at some point--but to refresh your memory: in 1952 Stanley Miller and Harold Urey simulated the conditions of early earth by sealing water, methane, ammonia, and hydrogen in a glass flask.

你肯定科学课本上见过它，不过为了唤起回忆还是说一下：1952年，Stanley Miller 和Harold Urey 将水、甲烷、氨气和氢气封如玻璃烧瓶内，来模拟地球早期的情况。