查询词典 self-awareness
- 与 self-awareness 相关的网络解释 [注：此内容来源于网络，仅供参考]
-
self mutilation：自断
自体受精 self fertilization | 自断 self mutilation | 自体感受 self perception
-
nerve net self-adapting controller：交流伺服系统
神经网络自适应控制:Nerve net self-adapting controller | 交流伺服系统:nerve net self-adapting controller | 神经网络自适应控制:nerve net self-adapting control
-
nerve net self-adapting control：神经网络自适应控制
交流伺服系统:nerve net self-adapting controller | 神经网络自适应控制:nerve net self-adapting control | 参数自适应模糊PID:Self-adapting fuzzy PID
-
SELF-LOCKING NUTS：成组游动托板自锁螺母
"Self-locking nuts,twolug, anchor, sealing"气密双耳托板自... | "Self-locking nuts, anchor, floating,Gang channel"成组游动托板自锁螺母 | "Self-locking nuts, floating"游动自锁...
-
SELF-LOCKING NUTS：气密单耳托板自锁螺母
"Self-locking nuts,angle, anchor"角形托板自... | "Self-locking nuts,singlelug, anchor, sealing,"气密单耳托板自锁螺母 | "Self-locking nuts,twolug, anchor, sealing"气密双耳托...
-
SELF-LOCKING NUTS：气密双耳托板自锁螺母
"Self-locking nuts,singlelug, anchor, sealing,"气... | "Self-locking nuts,twolug, anchor, sealing"气密双耳托板自锁螺母 | "Self-locking nuts, anchor, floating,Gang channel"...
-
self-focusing optical fibre：自聚焦光觉纤维
self-focusing 自聚焦 | self-focusing optical fibre 自聚焦光觉纤维 | self-focusing threshold 自聚焦阈值
-
self paced learning：自定步调学习
self?other orientation 由己及人定向 | self?paced learning 自定步调学习 | self?paced work 自律工作
-
self paced learning：自我调控学习
902,"self-modification","自我修正" | 903,"self-paced learning","自我调控学习" | 904,"self-regulation learning","自我调整学习"
-
self-discharging percolator：自动排渣渗滤器
self-discharging centrifugal 自动排渣离心机 | self-discharging percolator 自动排渣渗滤器 | self-discharging purifier 自动排渣净油机
- 相关中文对照歌词
- Brace Yo Self
- Not To Self: Don't Die
- Self Pity
- Self Made
- Self
- Self-Starter
- Move Your Little Self On
- Choice Hops And Bottled Self Esteem
- Dear Self (Can I Talk To You)
- Self Vs. Self
- 推荐网络解释
-
carrier pigeon：传信鸽
carrier detect 载波检测 | carrier pigeon 传信鸽 | carrier plane 舰载飞机
-
Elbow patch：肘部贴布
elbow dart 肘省,[粤]手肘褶 | elbow patch 肘部贴布 | elastic band 橡筋带
-
convection：对流作用
海底扩张的说法既已证据确凿,其所以发生的动力和扩张的机制便成为进一步研究的对象,地函中的对流作用(convection)是最广为接受的动力来源. 截至目前为止,有两种基本的对流模式较为流行,部分学者认为上部地函与深部地函各自进行对流;