Well, assuming there are waveforms to interpret at all.

前提是有波形可以讓你解讀

Karl predicted that the waveforms would be similar.

卡爾曾預(yù)測(cè) 我們的波形相似

That noise is some kind of electromagnetic subspace waveform.

那個(gè)噪音是某種 子空間電磁波

Krumitz, I want you to run a waveform *ysis on those audio files.

克魯米茲 你去給 這些音頻做波形分析

A hammer hits a string, causing a vibration which spreads out as a waveform.

拿音錘敲擊琴弦 引起振動(dòng) 聲音以波的形式傳播

Uh, based on just the waveform readings and the wattage output, it's, uh, something powerful, uh, but portable.

根據(jù)波形數(shù)據(jù)和輸出的瓦特?cái)?shù)判斷 那玩意兒功率很大 但又很輕便

However, I should be able to interpret the waveforms of at least binary responses, so that's left and right, yes and no, stuff like that.

不過 至少我解讀 二進(jìn)制反應(yīng)的波形應(yīng)該沒問題 就是左右 是否之類的

Given today's events, it is interesting that hafnium can be made to release a bomblike charge when struck with a specific waveform.

對(duì)于今天的情況來講 有趣的是 鉿可以被制造成類似于炸彈的東西 可以由特定的波形引爆