The Influence of Family Education on Children''''s Personalities——A Comparison about Pride and Prejudice and Little Women

Pride and Prejudice and Little Women both describe girls' love stories with the former revealing the essence of bourgeoisie's marriage system while the latter paying more attention to the importance of personality's consummation.From the research and analysis of the two novels we can find that family education plays a crucial role in the forming of children's personalities while different personalities can lead to different outlooks of life and attitudes towards marriage.The totally different ways the two families adopt in educating their children really can give us some inspiration.     

Jane Eyre,a Plain but Spectacular semi-autobiographic Portrait of Charlotte Bronte

Maybe life itself is a endured suffering. This is a story about a special and unreserved woman who has been exposed to a hostile environment but continuously and fearlessly struggling for her ideal life. It is interpreted as a symbol of the independent spirit.Through Jane Eyre,Charlotte Bronte realized her own dream and life pursuit.There she was the master of her own fate.     

Synthesis, spectra, structure and quantum chemistry study on two novel oxovanadium complexes with hydrotris （pyrazolyl） borate ligands

Vanadium is a trace element in lives. Though vana- dium was investigated in life science from 1876, the importance of vanadium in lives was not recognized until 1971[1,2]. Since bromoperoxidase and nitrogenase were found and proved that vanadium plays an …     

The Oedipus Complex in D.H Lawrence''''s Sons and Lovers

Sons and Lovers,written by one of the most uncompromising and volcanic authors of the 20th century,was the first modern portrayal of a phenomenon that later,thanks to Freud,became easily recognizable as the Oedipus complex.The cycles of Paul's relationship with these three women are terrifying at times.In an Oedipus like relationship Paul is unable to discover a love that equals his mother and even after her death "his soul could not leave her…he was with her still" this relationship is the main them present throughout the book and it produces a highly emotional and powerful conflict.Here,frank sexuality became a creative symbol for the life force and was frequently pitted against industrialism,which Lawrence considered dehumanizing.     

Two Tea Leaf Sketches

OneA British tea merchant met Huang Yi Zhong, the head of a Chinese tea plantation. Ignorantof each others' language, the two men bargained with their fingers. The merchant,misunderstanding the Chinaman's signals, paid five pieces of siver for each crate of tea whenhe could have paid only one. Yet he should have been satisfied, as the tea was really good. On hearing this story, my friends and I went to Yongfang Town in Hubei's Tongshan     

American historic influences on North American Indians

Indians have lived in America for 15,000 or 20,000 years and created their unique civilization.However,since Europeans came,their life was interrupted.The two different cultures conflicted fiercely and influenced each other.After several hundred years of mutual influence,Indians’life had been changed drastically in the terms of population,daily life,arts.And urbanization came up.Therefore,is civilization a good process or bad one? Maybe it can’t be judged with only"right"or"wrong".Changes did happen.     

Language Is Character;Character,Language——Comments on the connections between Elizabeth's language and character in Pride and Prejudice

Jane Austen( 1775-1817), who was the daughter of a country clergyman and never married, lived most of her life in a community much like the one we find in Pride and Prejudice. All of her six novels deal with "the business of getting married"are comedies involving either solitary heroines or young women educated by events to east aside their illusions. Pride and Prejudice was first written in 1796 as First Impressions. It was rewritten(and retitled in     

用导数判别函数的一致连续性

一、引理引理1 若函数f(x)在闭区间[a,b]连续,则f(x)在[a,b]上一致连续.引理2 若函数f(x)在[a,b]及[b,c]都一致连续,则f(x)在[a,c]上一致连续.注改[b,c]为[b, ∞)时,结论也成立.引理3 设函数f(x)在开区间(a,b)连续,则f(x)在(a,b)一致连续的充分必要条件是f(a 0)、f(b-0)都存在且为有限值.证明见[1]之正文及相应习题.二、主要结论定理1 若函数f(x)在区间I(I可开、半开、有限或无限,下同)可导,且f’(x)在I有界,则函数f(x)在I一致连续.     

Improvements in the microstructure and fatigue behavior of pure copper using equal channel angular extrusion

In this study, annealed pure copper was extruded using equal channel angular extrusion (ECAE) for a maximum of eight passes. The fatigue resistance of extruded specimens was evaluated for different passes and applied stresses using fatigue tests, fractography, and metallography. The mechanical properties of the extruded material were obtained at a tensile test velocity of 0.5 mm/min. It was found that the maximum increase in strength occurred after the 2nd pass. The total increase in ultimate strength after eight passes was 94%. The results of fatigue tests indicated that a significant improvement in fatigue life occurred after the 2nd pass. In subsequent passes, the fatigue life continued to improve but at a considerably lower rate. The improved fatigue life was dependent on the number of passes and applied stresses. For low stresses (or high-cycle fatigue), a maximum increase in fatigue resistance of approximately 500% was observed for the extruded material after eight passes, whereas a maximum fatigue resistance of 5000% was obtained for high-applied stresses (or low-cycle fatigue). Optical microscopic examinations revealed grain refinements in the range of 32 to 4 μm. A maximum increase in impact energy absorption of 100% was achieved after eight passes. Consistent results were obtained from fractography and metallography examinations of the extruded material during fatigue tests.     

探讨《弗兰肯斯坦》中的责任（英文）

Frankenstein is a famous novel written by Mary Shelly and it is considered as the first science fiction novel in the history.In the novel,the writer depicted us a tragedy of Victor and the creature created by him.Cloning people is like creating human being from corpse in the novel.Although it is banned in many counties,there are still some scientists who are carrying such experiment.This is the thing that we really have to pay careful attention to,or it may ruin our life.     

Adsorption Mechanism of Disperse Dye on Elastic Polyurethane Fibre

In this paper, the adsorption isotherms of two disperse dyes, C.I. Disperse Red 60 and C.I. Disperse orange 76, on two kinds of PU fibers at 90℃ were measured respectively. It was found that these adsorption isotherms followed a dual model, Nernst and Langmuir. Based on the parameters obtained in studying, the relationship between the chemical structure of dyes and their adsorption behaviors was arialyzed. Through the measurement of washing fastness of dyed sample with two dye concentrations, 1% （o.w. f） and 3% （o. w. f）, it was found that the pale shade dyeing possessed better wet-fastness than the dark. This phenomenon confirmed further that the disperse dyes were sorbed on the PU fiber by langmuir sorption and the partition mechanism.     

Lithium-ion full cell with high energy density using nickel-rich LiNi0.8Co0.1Mn0.1O2 cathode and SiO-C composite anode

A high-energy-density Li-ion battery with excellent rate capability and long cycle life was fabricated with a Ni-rich layered LiNi_0.8Mn_0.1Co_0.1O₂ cathode and SiO-C composite anode. The LiNi_0.8Mn_0.1Co_0.1O₂ and SiO-C exhibited excellent electrochemical performance in both half and full cells. Specifically, when integrated into a full cell configuration, a high energy density (280 Wh·kg-1) with excellent rate capability and long cycle life was attained. At 0.5C, the full cell retained 80% of its initial capacity after 200 charge/discharge cycles, and 60% after 600 cycles, indicating robust structural tolerance for the repeated insertion/extraction of Li+ ions. The rate performance showed that, at high rate of 1C and 2C, 96.8% and 93% of the initial capacity were retained, respectively. The results demonstrate strong potential for the development of high energy density Li-ion batteries for practical applications.     

In vitro assay of cytoskeleton nanomechanics as a tool for screening potential anticancer effects of natural plant extract, tubeimoside I on human hepatoma (HepG2) cells

Cytoskeleton nanomechanics characterizes cancer cell’s physical behaviors such as how it spread and invade. For anticancer drug, cytoskeleton nanomechanics may be a target to inhibit invasiveness and metastasis of cancer cells. Therefore, in vitro assay of cytoskeleton nanomechanics may be used to evaluate the effects of potential anticancer drug on various cancer types. Here, we investigated the effects of tubeimoside I (TBMS I) on human hepatoma (HepG2) cells by using optical magnetic twisting cytometry, a well-established technique for measuring nanomechanics of the Factin cytoskeleton. TBMS I is a natural compound extracted from a traditional Chinese herbal medicine, and is reported with antitumor effect. In this study, we demonstrated that the cytoskeleton stiffness (G) of HepG2 cells was affected by TBMS I. G′ exhibited a typical power law with respect to the loading frequency (f), i.e. G~f . The magnitude of G′ and the value of exponent (α) of the HepG2 cells decreased consistently with the increase of concentration for TBMS I exposure. In addition, the HepG2 cells responded to TBMS I much faster than the normal liver (L-02) cells. Such alteration of cytoskeleton nanomechanics induced by TBMS I was reported for the first time, which was further corroborated by assays of Factin cytoskeleton structure and cell migration. Taken together, these results suggest that in vitro assay of cytoskeleton nanomechanics may have a great potential as an additional tool in screening of anticancer drug candidates.     

A new model for the life prediction of GH4133 under TMF conditions

Thermal mechanical cyclic strain tests were carried out under in-phase and out-of-phase conditions on a Nickel-base Superalloy GH4133 in the temperature range of 571-823℃. Based on analyzing the present models of TMF (thermal mechanical fatigue) life prediction, a new model for predicting nickel-base superalloy TMF lifetime was proposed.TMF life of superalloy GH4133 was calculated accurately based on the new model. Experimental TMF life has been compared with the calculatedresults and all results fall in the scatter band of 1.5. The calculating results show that the new model is not only simple, but also precise. This model will play great roles in life prediction of the metal materials and the engineering components subjected to non-isothermal service conditions.     

论爱默生其人其诗

Ralph Waldo Emerson, born in 19th century's America, is most famous for his transcendental ideas and writings. He was deeply influenced by European Romanticism in his thirties and formed an informal Transcendental Club with people of like minds. His thought is often considered the core of Transcendentalism. "Nature" is the fundamental document of his philosophy and an embodiment of his transcendental attitude towards the phenomenal world. He also wrote some other brilliant essays such as "The American Scholar", "Self-Reliance", "The Over-Soul" and "The Poet", etc, all of which established his indisputable position in the history of culture, especially in the American Culture where he is regarded as the one who, in literally terms at least, really put America on map. But considering Emerson's writings without significant emphasis on his verse would be a great loss. Emerson wrote poetry from the time he was a boy to nearly the end of his life. These poems are essential for understanding him and his transcendental theories and are receiving more extensive representation in anthologies while significant critical analyses are emerging though some modern readers and scholars tend to view his poetry as secondary to the "essential" Emerson. In view of the above, this paper supposes to introduce Emerson's views on poets and poems and then analyze some of his famous poems in the order of 'Emerson as a Poet', 'Emerson's Views on Poets and Poems' and 'Emerson's Poems' with the third one as the focus of this paper. The purpose of this paper is to try to make the comprehension on Emerson and his abstract transcendental theories more complete and thorough by emphasizing his contribution in the poetic field.     

线段连续自映射的迭代极限点

Let I be an interval and f:I→I be continuous. The set p(f) of periodic points, the set R(f) of recurrent points, the set Q(f) of nonwandering points and the orbit O(x, f) of x ∈I are defined as usual. A point y ∈I is called an iterated limit point of the point x ∈I, if there exists a subsequence of the sequence f(x), f~2(x), ..., which converges to y. Denote the set of iterated limit points of x by ω(x, f). We show the following theorems.     

Tool life modeling for evaluating the effects of cutting speed and reinforcements on the machining of particle reinforced metal matrix composites

The wear of cutting tools in the machining of 2024Al alloy composites reinforced with Al₂O₃ particles using varying sizes and volume fractions of particles up to 23.3vol% was investigated by a turning process using coated carbide tools K10 and TP30 at different cutting speeds. Machining tests were performed with a plan of experiments based on the Taguchi method. The tool life model was developed in terms of cutting speed, size, and volume fraction of particles by multiple linear regressions. The analysis of variance (ANOVA) was also employed to carry out the effects of these parameters on the cutting tool life. The test results show that the tool life decreases with the increase of cutting speed for both cutting tools K10 and TP30, and the tool life of the K10 tool is significantly longer than that of the TP30 tool. For the tool life, cutting speed is found to be the most effective factor followed by particle content and particle size, respectively. The predicted tool life of cutting tools is found to be in very good agreement with the experimentally observed ones.     

回归点集为闭集的线段连续自映射的周期点的周期(英文)

Let I be an interval (i. e., a connected subset of the real line), and f:I→J be continouos. The sets of periodic points, recurrent points and nonwandering points of f are denoted by p(f), R(f) and Ω(f) respectively. In [1], [2] and [3] i has been proved that if the set P(f) is closed, then the period of each periodic point of f is a power of 2. This result is improved by the following theorem.     

On the humanism in Charles Dickens'''' David Copperfield

Charles Dickens was the main representative of English realist in nineteenth century.He was one of the vast host of Victorian novelists.He saw astonishing changes:during his lifetime Britain was transformed from a predominantly rural economy to a major industrial power.Transport,mass communications,education,legal and parliamentary structures.He created fourteen novels in his life.Dickens's activities and creation in his lifetime always kept step with trend of the times.In his works he devoted himself to disclose bourgeoisie's greed and cruelty,and at the same he expressed the deep sympathy with workers and farmers,especially women and children.Dickens considered humanism as the main idea throughout all his works,he eulogized genuineness,goodness,and happiness of human nature.He also hankered a more rationalization society and a more wonderful life.     

Isolation, chemical characteristics and immunity activity of an extracellular polysaccharide EPS I isolated from Antarctic bacterium Pseudoalteromonas sp.S-15-13

A new extracelluar polysaccharide （EPS） was isolated and purified from Antarctic bacterium S-15-13, identified as Pseudoalteromonas sp. After being separated and purified by DEAE-Sephadex A-50 ionexchange and Sephadex G-100 gel chromatography, two mains fractions （EPS I and EPS Ⅱ ） were ob-tained. EPS I was composed of mannose, glucose and galactose with a molecular weight of 23kDa and EPS Ⅱ was composed of mannose only with a molecular weight of 62kDa. The effect of the polysaccharide EPS I on the cellular immune response of mice was investigated. Results demonstrated that EPS I could markedly facilitate lymphocyte proliferation, and might be a strong immunomodulator.