fluid intelligence

Working Memory , Processing Speed and the Development of General Fluid Intelligence

工作记忆、加工速度与流体智力的发展

But little is known about the effect of improving fluid intelligence .

但却不能很好的检验流体智力方面提高的影响。

The Structure and Aging Mechanism of General Fluid Intelligence : A Structure Model Exploration

一般流体智力的结构与老化机制&结构方程模型的比较

The Relationship between Working Memory and Attention in Researches of General Fluid Intelligence

一般流体智力研究中工作记忆与注意的关系

Thirdly , the direct effect of processing speed on general fluid intelligence is significant ;

第三，加工速度对一般流体智力的直接效应显著；

But the tests do not enhance what is referred to as fluid intelligence :

但这样的测试并不会增加他们的流体智力：

Significant relationship exists between working memory capacity , updating , attention span and fluid intelligence .

研究结果表明，注意广度、工作记忆容量、中央执行系统的刷新功能、和流体智力之间存在显著相关。

Those abilities , called fluid intelligence , peak in the 20s .

这些能力称为液态智力，在20多岁时达到峰值。

Crystal intelligence was more relative (( 0.475 )~ 0.788 ) than fluid intelligence to educational years .

与流体智力相比，晶体智力与教育年限有更高的相关（0.475~0.788）。

So the researchers reasoned that improving it might lead to improvements in fluid intelligence .

因此，研究人员推论改善记忆能力可以能够提高流动智能。

Effect on Cognitive Processing Speed , Working Memory and Fluid Intelligence by Learning to Play the Piano in Senior Years

钢琴学习对老年人的加工速度、工作记忆及流体智力的影响

Working memory not only is closely to general fluid intelligence but also is intimately associated with long-term memory .

工作记忆不仅与一般液体智力有着十分密切的关系，而且与长时记忆之间也存在密切的联系。

Secondly , the direct effect of the central executive on general fluid intelligence and general crystallized intelligence is significant ;

第二，中央执行功能对一般流体智力和一般晶体智力的直接效应都很显著；

The brain-imaging studies on the general fluid intelligence will contribute to the comprehension of the brain mechanism of intelligence .

对一般流体智力的脑成像研究有助于探明智力的脑机制。

They found that schoolwork could significantly raise students ' test scores , while having no effect on the ratings of their fluid intelligence scores ...

他们发现学校作业可以有效帮助学生们提升分数，但不会增加他们的流体智力，

The manifest correlation of General fluid intelligence and Working memory should be the covariant relations , and they are analogy isomorphism .

一般流体智力和工作记忆所体现出来的相关应该是共变关系，两者是同功同构的。

This type of memory is closely related to fluid intelligence , according to background information in the article , and appears to rely on the same brain circuitry .

根据该文章的相关消息，这种记忆能力与流动智能紧密相关，它似乎依靠相同的大脑循环。

In recent years , the mechanism of cognitive development has become an active field . Most of studies explored the relationship among age , working memory , processing speed and general fluid intelligence .

近几年有关认知发展心理机制的研究成为一个认知发展领域一个颇引人注目的内容，这些研究探讨了年龄、工作记忆、加工速度与流体智力之间的关系。

By the way of confirmatory factor analysis ( CFA ), three-factor model was fitted well across each age group , which named as crystallized intelligence factor , fluid intelligence factor , and memory-attention factor .

整个常模样本和各年龄组验证性因素分析的结果显示，三因素（晶体智力因子、流体智力因子、记忆注意因子）模型拟合最佳。

The more they practiced and honed their short-term memory , the greater the improvement in the purest form of brain power , fluid intelligence – the ability to reason and solve problems independently of existing knowledge .

他们短期记忆力的训练强度越大，脑力最直接的表现形式&流体智力的改善越大。流体智力是根据已有知识独立理清问题、解决问题的能力。

The more they practiced and honed their short-term memory , the greater the improvement in the purest form of brain power , fluid intelligence - the ability to reason and solve problems independently of existing knowledge .

他们短期记忆力的训练强度越大，脑力最直接的表现形式——流体智力的改善越大。流体智力是根据已有知识独立理清问题、解决问题的能力。

According to McKenzie , our " fluid intelligence , " which is how well we process information , starts declining around the age of 20 and " crystallised intelligence , " or the ability to use skills , knowledge and experience starts decreasing after 30 years of age .

根据麦肯齐教授的说法，我们的“可变智力”，即处理信息的水平，在20岁左右就开始衰退。而“固化智力”，即与技巧、知识和经验有关的能力，在30岁后便开始衰退。

In particular , the ability to recall faces and do some mental manipulation of numbers peaked about age 30 , the study found , a fact difficult to assimilate into the fluid / crystalized intelligence dichotomy .

特别值得一提的是，研究发现，记忆一些人的长相以及心算的能力，会在30岁左右达到峰值，这个事实很难用液态/晶态的智力二分法来解释。

In particular , the ability to recall faces and do some mental manipulation of numbers peaked about age 30 , the study found , " a fact difficult to assimilate into the fluid / crystalized intelligence dichotomy . "

特别值得一提的是，研究发现，记忆一些人的长相以及心算的能力，会在30岁左右达到峰值，“这个事实很难用液态/晶态的智力二分法来解释。”

Research on Building Mold of Restraint Fluid Fuzzy Neural & Intelligence Computer

约束流体模糊神经智能计算机的建模研究