phases 音标拼音: [f'ezəz] [f'ezɪz]
n . 时期,局面,阶段
v . 逐步实行
时期,局面,阶段逐步实行
Phase \
Phase \ (
f [=
a ]
z ),
n .;
pl . {
Phases } (
f [=
a ]
z "[
e ^]
z ). [
NL .
phasis ,
Gr .
fa `
sis ,
fr .
fai `
nein to make to appear :
cf .
F .
phase .
See {
Phenomenon }, {
Phantom },
and {
Emphasis }.]
1 .
That which is exhibited to the eye ;
the appearance which anything manifests ,
especially any one among different and varying appearances of the same object .
[
1913 Webster ]
2 .
Any appearance or aspect of an object of mental apprehension or view ;
as ,
the problem has many phases .
[
1913 Webster ]
3 . (
Astron .)
A particular appearance or state in a regularly recurring cycle of changes with respect to quantity of illumination or form of enlightened disk ;
as ,
the phases of the moon or planets .
See Illust .
under {
Moon }.
[
1913 Webster ]
4 . (
Physics )
Any one point or portion in a recurring series of changes ,
as in the changes of motion of one of the particles constituting a wave or vibration ;
one portion of a series of such changes ,
in distinction from a contrasted portion ,
as the portion on one side of a position of equilibrium ,
in contrast with that on the opposite side .
[
1913 Webster ]
5 . (
Phys .
Chem .)
A homogenous ,
physically distinct portion of matter in a system not homogeneous ;
as ,
the three phases ,
ice ,
water ,
and aqueous vapor ;
in a mixture of gasoline and water ,
the gasoline will settle as the upper phase .
A phase may be either a single chemical substance or a mixture ,
as of gases .
[
Webster 1913 Suppl .]
6 . (
Zool .)
In certain birds and mammals ,
one of two or more color variations characteristic of the species ,
but independent of the ordinary seasonal and sexual differences ,
and often also of age .
Some of the herons which appear in white and colored phases ,
and certain squirrels which are sometimes uniformly blackish instead of the usual coloration ,
furnish examples .
Color phases occur also in other animals ,
notably in butterflies .
[
Webster 1913 Suppl .]
7 . (
Physics )
the relation at any instant of any cyclically varying physical quantity ,
such as voltage in an A .
C .
circuit ,
an electromagnetic wave ,
a sound wave ,
or a rotating object ,
to its initial value as expressed as a fractional part of the complete cycle .
It is usually expressed in angular measure ,
the complete cycle being 360 [
deg ].
Such periodic variations are generally well represented by sine curves ;
and phase relations are shown by the relative positions of the crests and hollows of such curves .
Magnitudes which have the same phase are said to be in phase .
Note :
The concept of phase is also applied generally to any periodically varying phenomenon ,
as the cycle of daylight .
One person who sleeps during the day and another who sleeps at night may be said to be out of phase with each other .
[
PJC ]
8 .
Specifically : (
Elec .)
The relation at any instant of a periodically varying electric magnitude ,
as electro -
motive force ,
a current ,
etc .,
to its initial value as expressed in factorial parts of the complete cycle .
It is usually expressed in angular measure ,
the cycle being four right angles ,
or 360 [
deg ].
[
Webster 1913 Suppl .]
Phasis \
Pha "
sis \,
n .;
pl . {
Phases }. [
NL .]
See {
Phase }. --
Creech .
[
1913 Webster ]
Phasm
安装中文字典英文字典查询工具!
中文字典英文字典工具:
复制到剪贴板
英文字典中文字典相关资料:
仿真软件:Cadence中的Calculator使用 (1)——基本操作 仿真软件:Cadence中的Calculator使用 (1)——基本操作Cadence中Calculator的基本操作Cadence中的Calculator是一个功能强大的工具,它能够帮助用户进行复杂的电路参数计算和仿真数据分析。以下是Calculator的基本操作
cadence calculator中的inl函数使用_百度知道 cadence calculator中的inl函数使用在Cadence Calculator中,INL(积分非线性)函数的使用需通过参数配置、计算逻辑设置及波形分析完成,主要用于ADC线性度验证。1 采样设置在Cadence Virtuoso的Calculator界面中,
透射电镜数据处理系列-3:计算任意晶体结构的面间距和夹角 计算任意晶体结构晶面间距和晶面夹角的方法主要涉及公式计算,特别是对于三斜晶系的 (hkl)晶面,晶面间距可通过以下公式计算: 晶面间距公式为: 其中,abcαβγ表示晶格参数,分别为晶胞的三个边长和对应的夹角。 晶面夹角计算公式如下: 此公式适用于晶面指数hkl和两个晶面各自的面间距d1
研究帮手| 摩尔浓度及分子量计算工具 molarity-calculator l 摩尔浓度计算器 Molarity Calculator l 稀释计算器 Dilution Calculator l 氨基酸转换器 Amino Acids Converter GLPBIO的优势在于,可以直接在手机端使用, 关注公众号 “GLPBIO化合物”或微信小程序 “GLPBIO实验计算器”,即可实现。 包括以下4个计算界面: l 浓度计算 l 溶液稀释
Cadence基础教学——以MOS仿真为例(包括calculator的使用) 关注 展开全部 Cadence基础教学——以MOS仿真为例(包括calculator的使用) 一、MOS仿真基础 Cadence是一款广泛应用于半导体和集成电路设计的软件,其中MOS仿真是模拟电路设计中不可或缺的一部分。 以下将以NMOS和PMOS器件的I-V特性仿真为例,介绍Cadence中的MOS仿真
win10需要新应用打开此ms-calculator该怎么办?_百度知道 win10需要新应用打开此ms-calculator该怎么办?遇到Win10系统中需要新应用打开ms-calculator但无法打开计算器的问题,可以通过以下步骤解决:首先,打开命令提示符(cmd)并运行命令:“powershell”。然后,执行以下
KaKs_calculator_3. 0计算选择压力ka ks - 百度知道 KaKs_calculator_3 0计算选择压力ka ks安装KaKs_Calculator3KaKs_Calculator3的下载地址为:ngdc cncb ac cn biocode 解压后,需要添加环境变量
win10打不开计算器了 出现“需要新应用打开此calculator” win10打不开计算器了 出现“需要新应用打开此calculator”可按照以下步骤进行查询,操作,具体见下。一、查看别的应用是否也闪退:如果是的话那么可能是服务未开启导致的:1 在Win10下按下WIN+X然后选择“运行”,并
AC仿真中直接打印GBW和PM的设置方法【cadence使用】 AC仿真作为放大器性能分析的核心手段,常用于评估低频增益、GBW和相位裕度PM等关键指标。在具体操作中,以两级millerOTA为例,通过AC仿真得到指标值,如低频增益51 6dB、GBW 120 5MHz及相位裕度PM 61 4°。但若需直接获取GBW和PM值以直观观察参数变化影响,可采用cadence的calculator工具简化过程: 1 首先
耳机功率计算工具 - 百度知道 耳机功率计算工具Headphonesty Calculator 是一款通过输入耳机阻抗、灵敏度等参数,计算驱动所需最小功率、电压和电流的在线工具,主要用于评估前端设备匹配性或为选购提供数据参考。核心功能与计算逻辑该工具基于电