The Women Characters of the 1930s in the Chinese TV Serials

The women of the 1930s in the Chinese TV serials deduct inspiring stories.They play different roles in the big wealthy families such as mothers-in-law,daughters-in-law,and maidservants.There are unceasing conflicts between these women,because of their struggle for men's love,wealth or social position.The theme of their stories is always about fertility,love,kindness and evil,with the ending being either comic or tragic.The stories of various kinds of women of the 1930s in the Chinese TV serials decorate and enrich the lives of many of us latecomers and their names are passed on from generation to generation.

Lytic Characteristics and Identification of Two Alga-lysing Bacterial Strains

All previously reported bacterial species which are capable of lysing harmful algae have been isolated from coastal environments in which harmful algae blooms have occurred. Due to the low concentration of alga-lysing bacteria in an algal bloom, it is difficult to isolate the alga-lysing bacteria by existing methods. In this paper, two algae-lysing bacterial strains, P01 and P03, have been isolated from a biosystem immobilized on a sponge that was highly effective in removing algae and microcystins. Their lysing modes and effects on Microcystis aeruginosa have been studied. The results show that the degradation processes of these two strains for M. aeruginosa accorded with a first-order reaction model when the chlorophylla concentration was in the range from 0 to 1000 μgL-1. The degradation rate constants were 0.1067, 0.1274 and 0.2792 for P01 and0.0683, 0.0744 and 0.028 97 for P03, when the bacterial densities were 8.6 × 105, 8.6 × 106 and 8.6 × 107cells mL-1 respectively. Moreover, the two bacterial strains had favourable lytic effects not only on M. aeruginosa , but also on Chlorella and Scene-desmus. Their lytic effect on M. aeruginosa did not require physical cell to cell contact, but proceeded by the production of an extracellular product. The bacterial strains were identified as Bacillus species by PCR amplification of the 16S rRNA gene, BLAST analysis, and comparison with sequences in the GenBank nucleotide database.

Critical Analysis on Characters of Pearl S.Buck' the Good Earth

Since the publication of the Good Earth in 1922, Pearl S, Buck published another two novels based on the same theme and they were called the House of Earth Trilogy. The House of Earth Trilogy used as a window to understand China for the westerners at that time. And it had a great impact on the whole world. People gave two different views on her success of winning so many awards. Some thought that she wrote what she knew and her works were based on her own experiences. But others said that she was a foreigner and her values, her distinct aesthetic views would affect her writing. So, some of her depictions, to some extent, were untruthful and distorted. The aim of writing this thesis is to give an objective judgment on the Good Earth, and make it easier for us to communicate with the westerners on literature.

Studies on Breeding and Application of Thermo-sensitive Genie Male Sterile Line 402S in Brassica napus Ⅰ. Hie Breeding Procedure and Character of 402S

A new rapeseed TGMS line 402S has been bred through six years with seven generations by hybridization and systematic breeding.402S possesses the similar thermo-sensitive male sterility to its female parent Xiangyou 91S which performed fertile,partially sterile and sterile throughout the flowering stage,and resembles its male parent Zhongshuang 4 on agronomic traits.And 402S has the double-low (low erutic acid and low glucosinolate) quality like its original parents.

Interpretation of S-Wave Data from Fanshi-Taipusiqi DSS Profile and Analysis of Correlation between Deep Structural Characteristics and Seismicity

By processing S-wave data from the Fanshi-Huai’an-Taipusiqi DSS profile,which is a three-component,wide-angle reflection/refraction profile,and in the light of the results from P-wave interpretation,two-dimensional(2-D)structures of the crust and upper mantle are presented,including S-wave velocity Vs and the physical parameter of medium-Poisson’s ratio a.Taking other geological and geophysical information into account,and with reference to the results from petrophysical experiments at home and abroad,we carried out interpretation and inference with respect to deep crustal structure,tectonics,and lithologic characters.It has been concluded that in the upper and middle crust,a values are mostly not greater than 0.25,and rocks,which generally assume brittle,are mainly composed of granite; the rocks in the lower layer of the upper crust between Yangyuan-Huai’an containing inorganic CO2 itself releases carbon; for the rocks in the lower crust and crust-mantle transitional zone,which are comparatively

The types and characteristics of man-induced sediment disaster

The man-induced sediment disaster includes material erosion, transportation and accumulation by human activities. It possesses special attribute in sociology and disaster science. In accordance with human activities, geomorphologic location, behavior and particular, the man-induced sediment disaster can be divided into 4 types: the drainage network, slope and gully, channel and plain-estuary-coastline. Each type includes erosion, transportation, accumulation, complexity and cascading. Based on human activity, geomorphology, sediment mechanics and catastrophology, the man-induced sediment disaster is characterized as follows: (1) accelerating tendency with geographical zoning back-ground; (2) non-order characters by blind action without special technical training; (3) gradually and sharply changing with human environment vibration; and (4) complexity and non-linear figure, etc. One of the reasons leading to man-induced sediment disaster is human environment vibration.

Evaluation of the Assistant Function with Four Zeros and all Nonprincipal Characters but X1X2X3X4

To obtain a better Vinogradov's bound, assistant function with two or three zeros and all Dirichlet's characters has been evaluated. Assistant function g(X1,X2,X3,X4)with four zeros and all nonprincipal characters but X1X2X3X4 is constructed and evaluated in the paper. And the constant obtained is 8.395 511 841 994.

S型控释氮肥运筹对水稻产量形成及氮素利用特征的影响

缓控释肥具有施用次数少、肥料利用率高的特点,S型热固性树脂包膜控释氮肥(S型控释氮肥)受土壤pH影响小、肥料稳定性好。本研究以S型控释氮肥为试材,分别设置了6个水稻品种的响应比较、4种氮肥施用量、5种氮肥施用时期及7种氮肥配施比例的4个盆栽试验,研究其对水稻产量形成、氮素吸收利用等的影响。结果表明:1)品种比较试验中,S型控释氮肥提高了6个水稻品种的产量,增幅在2.95%~18.57%,平均增加12.60%;产量提高的原因是穗数或每穗颖花数的增加;S型缓控释氮肥可显著提高供试水稻成熟期的氮素积累量、氮肥利用率,但氮素籽粒生产效率有所下降。2)控释肥运筹试验中,随着S型控释氮肥施用量和施用比例的增加,武运粳24号的产量呈先增加后下降的趋势,分别以每盆3g纯氮处理和控释氮肥占比80%处理产量增幅最大,作基肥时增产效应更显著;成熟期氮素积累量呈增加和先增加后下降的趋势,分别以每盆4.5 g纯氮处理和控释氮肥占比80%处理增幅最大,作基肥时增幅效应更显著;氮素籽粒生产效率和氮肥利用率呈降低趋势,氮素籽粒生产效率分别以控释氮肥占比0%和控释肥作保花肥最大,氮肥利用率分别以控释氮肥占比80%和控释肥作基肥时最大。3)控释肥对根系性状影响试验中,S型控释氮肥处理提高了武运粳24号水稻栽后30天单株不定根总长、根干重与吸收面积,提高了抽穗期单株不定根总长、根干重和根活力;单株不定根数、不定根总长、根干重、根活力的增加是产量、氮素积累量和氮肥利用率协同提高的根系基础。总之,S型控释氮肥可显著提高水稻的产量和氮肥利用率,作为基肥时最优。每盆3 g纯氮处理、控释氮肥占比80%左右时产量、成熟期氮素积累量、氮肥利用率协同增加,与其栽后30天、抽穗期根系性状优化有密切关系。

Effects of Doping Trace Sm^(3+) and Gd^(3+) on Luminescent Character of Y_2O_2S∶Eu^(3+)

After trace Sm^3＋ ions and Gd^3＋ ions doping, the emission intensity of red phosphors Y2O2S： Eu^3 ＋ was enhanced and the voltage character （relation between emission intensity and excitation voltage） was improved while the other properties of physics and chemistry were not changed. The origins of enhancement and improvement are discussed. Probably the distortion and the defect of crystals are decreased by the substitution of Gd^3＋ for Y^3＋ instead of Eu^3＋ for Y^3＋ , and thus the Eu^3＋ crystal field is improved, and radiationless process and energy loss resulted from crystal defect are weakened, which leads to increased luminescence intensity and voltage character improvement. The overlapping fluorescent spectra of Y2O2S： Sm^3＋ emission and Y2O2S：Eu^3＋ excitation as well as Eu^3 ＋ excitation spectra transitions spectra lead to energy transfer from Sm^3 ＋ sensitization of Sm^3＋ ions fectively. containing Sm^3＋ excitation the possibility of resonance ions to Eu^3＋ ions, and the to Eu^3＋ ions is achieved effectively.

An Analysis of the Changes of Gulliver's Character in Gulliver's Travels

Most of the Domestic and foreign studies of Gulliver's Travels focus on the irony of the novel, there are few studies on the character of Gulliver. This paper will study the changes of Gulliver's character through the analysis of his travels in the four different countries, in order to contribute to a better understanding of Gulliver.

On the Character Trait of Stephen Dedalus in A Portrait of the Artist as a Young Man

A Portrait of the Artist as a Young Man is the first novel of stream of consciousness in western literature history, it mainly shows the protagonist, Stephen Dedalus' s journeys from childhood to adulthood. This paper aims at a better understanding of Stephen Dedalus, and it analyzes his character traits in literature analysis method, textual analysis method and Freud's theory of personality structure and is useful for further study.

Thermophysical and Mechanical Characterization of Poto-Poto Compressed Blocks for Use as Fill Material

This article is devoted to the thermophysical and mechanical study of an eco-material, poto-poto. The objective is to study the influence of the addition of bamboo fibers on the thermophysical properties of the material, while verifying that it complies with the mechanical standards in Cameroon. A double study is therefore carried out: a mechanical characterization whose objective is to determine the mechanical properties (compressive strength, flexural strength and Young’s modulus) and a thermophysical characterization whose objective is to determine the thermal conductivity. For the thermophysical characterization, the asymmetric hot plane experimental setup based on 1D quadrupole modelling was developed and simulated for the estimation of thermal effusivity E and volume heat capacity ρCp. The obtained experimental results show that the apparent thermal conductivity of the developed materials decreases with increasing fibers. Although the reference material (0% fibers) has a much higher conductivity than the ordinary sand block (1.15 Wm-1 K-1), the addition of fibers, already at 2%, contributes to decrease this conductivity (0.95 Wm-1 K-1). From the point of view of thermal insulation and energy savings, the thermal conductivity results obtained show that the use of these materials with a maximum fibercontent of 6% would be a better thermal insulator than sand block or compressed earth brick. The compressive strength obtained is such that Rc > 0.6 MPa. All the materials developed meet the design standards when used as infill.

种群分段变异学习和S型权重变色龙群算法

探索寻优能力强、良好的可靠性和稳定性是智能算法应用到具体领域中的最佳选择。针对变色龙群算法存在求解不稳定、收敛精度低下和搜索开发之间不平衡等缺陷,提出一种种群多样性分段变异学习和S型权重的变色龙群算法(RMSCSA)。引入折射镜像学习(refraction mirror learning,RML)策略使变色龙更符合自然界中的观察,增强它的多样性;引入种群多样性分段变异使适应度较差的个体得到保留,并引导它向最优位置靠近;S型递减权重的引入让它进一步平衡算法的全局搜索和开发能力,通过收敛性分析得出S型递减权重因子的优势。利用经典函数集和CEC 2017函数集进行性能验证,结果表明3种策略比CSA具有更好寻优精度和效率。通过对独立运行30次的结果进行Wilcoxon秩和检验、Friedman’s以及Holm后续检验统计分析,结果表明引入的3种策略与CSA相比都有更好的寻优能力。

Hubble Scale Dark Energy Meets Nano Scale Casimir Energy and the Rational of Their T-Duality and Mirror Symmetry Equivalence

We establish that ordinary energy, Casimir energy and dark energy are not only interlinked but are basically the same thing separated merely by scale and topology. Casimir energy is essentially a nano scale spacetime phenomenon produced by the boundary condition of the two Casimir plates constituting the Casimir experimental set up for measuring the Casimir force. By contrast dark energy is the result of the cosmic boundary condition, i.e. the boundary of the universe. This one sided M?bius-like boundary located at vast cosmic distance and was comparable only to the Hubble radius scales of the universe. All the Casimir energy spreads out until the majority of it reaches the vicinity of the edge of the cosmos. According to a famous theorem due to the Ukrainian-Israeli scientist I. Dvoretzky, almost 96% of the total energy will be concentrated at the boundary of the universe, too far away to be measured directly. The rest of the accumulated Casimir energy density is consequently the nearly 4% to 4.5%, the existence of which is confirmed by various sophisticated cosmic measurements and observations. When all is said and done, the work is essentially yet another confirmation of Witten’s T-duality and mirror symmetry bringing nano scale and Hubble scale together in an unexpected magical yet mathematically rigorous way.

Snyder希望理论在双镜辅助食管癌根治术病人围术期的应用

目的:探讨Snyder希望理论在双镜辅助食管癌根治术病人围术期的应用。方法:选取2020年1月—2022年12月在医院行胸腹腔镜联合治疗食管癌根治术的120例病人为研究对象,将其随机分为对照组和研究组,每组60例。对照组病人住院期间接受常规护理,研究组采用Snyder希望理论模型进行干预。干预前及出院时分别采用中文版Mishel疾病不确定感量表(MUIS)、Herth希望量表(HHI)和Zarit护理负担量表(ZBI)评估病人的疾病不确定感、希望水平和自我感受负担,统计两组术后不良反应发生情况。结果:出院时两组MUIS 3个维度评分及MUIS总分均低于干预前,且研究组得分低于对照组(P<0.05);出院时两组HHI 3个维度评分及HHI总分均高于干预前,且研究组得分高于对照组(P<0.05);出院时两组ZBI总分均低于干预前,且研究组得分低于对照组(P<0.05);研究组术后不良反应发生率低于对照组(P<0.05)。结论:Snyder希望理论可缓解双镜辅助食管癌根治术病人术后疾病不确定感,提升其术后希望水平,减轻病人术后自我感受负担和不良反应发生率。

On the Creation Background and the Influence of Wei Zhuang’s Famous Poem:Lament of a Northwestern Woman

Lament of a Northwestern Woman(Qin Fu Yin),composed by Wei Zhuang after the Huangchao uprising,is a long poem that showcases the sufferings of the civilians and embodies the people’s character of the poem,which is the profound empathy and compassion of the poet towards the civilians’plight.The poem was written during the reign of Emperor Xizong of the Tang Dynasty in the year Gengmao(883 AD).2023 is also the year Gengmao,so this poem has existed for a remarkable 1140 years.For over a millennium,this long poem remained submerged in history until the opening of the Dunhuang Grottoes at the turn of the 20th century.The deep compassion and commiseration towards the underprivileged masses conveyed in this long poem are reminiscent of Du Fu’s renowned“Three Poems of Separation.”Moreover,it is widely believed that this poem foretells the decline of the Tang Dynasty.

《伟大征程》的“人民性”底蕴及其政治美学表达

《伟大征程》是继《东方红》《中国革命之歌》《复兴之路》《奋斗吧中华儿女》之后的又一部大型情景史诗,展现了中国共产党带领中国人民进行革命、建设、改革、复兴的辉煌进程。《伟大征程》不但继承与发扬了中国共产党“人民性文艺”的创作宗旨,还特别突出“人民史观”的政治审美叙事,强调中国共产党始终把“以人民为中心”作为价值追求,折射出其马克思主义的政治美学表达。《伟大征程》中的“人类命运共同体”意识,不但扩充了“人民性”的内涵,更是将其政治审美的境界提升到“人类终极关怀”的高度,推动人类和平共赢事业不断向前发展。

俯冲带流体——来自(超)高压变质岩石的证据

俯冲带是地球上岩浆活动、高压—超高压变质作用、中深源地震、壳幔物质交换、元素循环和铜金大规模成矿的集中发生场所。富水流体不仅调控了这些地质作用,而且也深刻影响了全球C、S等挥发分的循环。当蚀变大洋岩石圈及上覆沉积物进入俯冲带中深部(15~300 km),伴随由葡萄石-绿纤石相至超高压榴辉岩相的递进变质作用,含水矿物在不同深度的分解造成流体释放为一连续过程。除极端高地温梯度环境之外,大多数俯冲带洋壳释放的流体为富水流体。但,俯冲带不同深度所产生的流体特征有明显差异。出露于全球造山带的高压—超高压变质地体保存了分凝体、脉体、水压致裂角砾岩等流体作用的有力证据,绿辉石、石榴子石、绿帘石等矿物中原生流体包裹体为流体的直接记录。在俯冲带中等深度(<65 km),流体是溶质含量很低的含卤化物水溶液,可含CO_(3)^(2-)、SO_(4)^(2-)、HS^(-)等组分,其所含Si、Al、Ca、Mg、Fe、Na主量元素溶质相当于海水中固化物量的2~3倍,并具大离子亲石元素(LILE)、轻元素(B、Li)富集和高场强元素(HFSE)亏损的特点。当深度≥65 km时,流体转化为类似于超临界性质的溶液,含CH_(4)、C_(2)H_(6)、H_(2)S等挥发分,其所含主量元素溶质显著增加,微量元素除LILE等外,还负载相当量的HFSE和过渡族成矿元素。俯冲带65~100 km深度,为富水流体向超临界流体转变的区间。这种流体具有“亚超临界”性质,发生了氧化还原性质和元素溶解能力的渐变,并伴随硬柱石和角闪石的最终耗尽。高压变质岩石及相关脉体的O、Sr、Nd和金属同位素示踪研究表明俯冲带流体的源区多样,有蚀变基性洋壳、地幔橄榄岩和沉积物,并保存了海底热液蚀变作用的印迹。流体以脉冲方式沿网络状裂隙呈隧道式运移和传输,规模可达千米级,时间尺度在数月至数百年。目前通过高压—超高压变质岩的研究对俯冲带流体已经有了深入的了解,但展望未来,该领域依然有诸多争议和科学问题值得探索。