1、exper

exper發(fā)音

英：　　美：

exper中文意思翻譯

常見(jiàn)釋義：

Exper

exper雙語(yǔ)使用場(chǎng)景

1、Case-based reasoning (CBR) is a general paradigm for problem solving based on the recall and reuse of specific exper.───基于實(shí)例的推理技術(shù)利用過(guò)去的設計以及設計經(jīng)驗來(lái)求解新問(wèn)題。

2、experiment shows that the test system has well accurate and reliable and provides the exper…───試驗驗證表明，所建系統具有較好的準確性和可靠性，為進(jìn)一步研究提供了試驗基礎。

3、structure and construction of the system was described, the property of the system was proven with a study on the balancing exper…───描述了該系統的組成結構和實(shí)現方法，通過(guò)對實(shí)驗轉子動(dòng)平衡測量的研究證明了系統的性能。

4、They turn the day-to-day uninteresting jobs into a learning exper ence.───他們使乏味的日常工作變成一種學(xué)習的經(jīng)驗。

5、Objective To summarize our exper ie nce in anaesthetic management during the resection of intratracheal tumor.───目的總結氣管內腫瘤切除與氣道重建術(shù)的麻醉經(jīng)驗。

exper相似詞語(yǔ)短語(yǔ)

1、exper fences───exper圍欄

2、專(zhuān)業(yè)的英文翻譯

Another

useful

method

for

investigating

the

kinetics

of

Li

dif-

fusion

and

phase

transformation

is

potential-step

chronoamper-

ometry

(PSCA),

which

was

successfully

used

for

understanding

the

charge–discharge

behavior

of

graphite

anodes

[15,19].

用于研究鋰擴散和相變動(dòng)力學(xué)的另一種有用的方法是電位階躍計時(shí)電流法（PSCA），他曾成功應用于了解石墨陽(yáng)極的充放電行為15，19。

In

this

paper,

we

made

an

effort

to

understand

the

effect

of

phase

transformation

on

the

reaction

kinetics

of

LiFe0.9

Mg0.1

PO4

in

two-phase

regions

by

two

different

exper-

imental

techniques

i.e.

potential-step

chronoamperometry

and

EIS

with

different

potentiostatic

signal

amplitudes.

在本文中，我們?yōu)榱私庀嘧儗Χ鄥^中LiFe0.9

Mg0.1

PO4反應動(dòng)力學(xué)的影響做了努力，其中采用了兩種實(shí)驗技術(shù)，即電位階躍計時(shí)電流法和EIS法，以及不同的恒電位信號幅值。The

reason

to

select

LiFe0.9

Mg0.1

PO4

material

is

because

it

shows

both

a

high

Li-ion

diffusion

ability

and

an

electronic

conductivity

[8],

and

the

phase

transformation

during

the

charge

and

discharge

may

be

a

controlling

step

for

its

rate

capability.

選擇LiFe0.9

Mg0.1

PO4材料的理由是因為它顯示出高的鋰離子擴散能力，以及高的電子電導率8，在充電和放電過(guò)程中的相變可能成為其速率能力的一個(gè)控制步驟。