析文化观念视角下的Titanic

从文化观念视角对影片Titanic的解读,有助于观者进一步的思想洗礼。观念是文化结构中最核心的层次,而生命、爱情、文明则是影片向观者传递的几个重要文化观念。本文认为,生命是宝贵的、现实的,不仅属于自己,也属于关心自己的人和自己关心的人;真爱是神圣的、朴素的,在点滴生活及患难中见证爱情;文明应反映历史现实并与社会进步相适应,道德、人性与责任、实事求是等文明的实际状况是文明规则与财富、权势和声望等生存规则矛盾的结果。

由两版Titanic反思我国电影审查制度

1998年Titanic在我国内地公映时未删减,而2012年3D版上映时却删除了Rose的全裸镜头,二者差异反映了当前我国电影审查制度中存在着审查标准缺乏操作性、审查机关自由裁量权无限扩大等问题。为了保护青少年身心的健康发展、丰富人们的精神和文化、推动电影产业的发展,我们必须立足我国国情对电影审查制度予以改革,通过完善立法为其保驾护航。

Titanic是怎样炼成的

孤寂的泰坦尼克 电影观众都有一个不太靠谱的经验——电影都是“骗人”的，那么《Titanic》有多少是骗人的呢？有没有那么一点点是真实的？

TITANIC泰坦尼斯号

泰坦尼斯号不仅是一部警示片,它讲述了一个虚构的、有寓意的、隐喻人类病态心理的故事。同时,它也是一部描绘人类真诚、勇敢、无私以及人类至高无上的爱情主题影片。

Titanic生存问题常见分类算法对比分析

为了分析Titanic人员生存问题,针对生存与否使用常见的六种二分类模型进行了分析判断,通过对各模型准确率及效率的分析比较,发现SVM算法在解决此问题时的准确率较高,且计算时间较短。

Chemical modification and the photoluminescence stabilization of titanic acid nanotubes

Titanic acid nanotubes(H_(2)Ti_(2)O_(4)(OH)_(2))were surface-modified with cetyl alcohol through dehydration reaction because of existence of Ti–OH.The modified nanotubes were characterized by transmission electron microscopy(TEM),Fourier Transform Infrared(FT-IR)spectrometry and pho-toluminescence(PL)spectra.The results indicate that the modified nanotubes can be easily dis-persed into organic solvent such as chloroform and toluene in contrast with the unmodified nanotubes,which makes it easier to be assembled by LB technique.Moreover,the Ti-O-CH_(2)(CH_(2))_(14)CH_(3) on the surface of the nanotubes can hinder the adsorption of water and consequently the photoluminescence property of the nanotubes can be stabilized.Even though kept in humid condition or in air for a long time,the modified nanotubes also maintain the special photoluminescence property in the visible region.

The chance of sodium titanate anode for the practical sodium-ion batteries

Supporting sustainable green energy systems,there is a big demand gap for grid energy storage.Sodiumion storage,especially sodium-ion batteries(SIBs),have advanced significantly and are now emerging as a feasible alternative to the lithium-ion batteries equivalent in large-scale energy storage due to their natural abundance and prospective inexpensive cost.Among various anode materials of SIBs,beneficial properties,such as outstanding stability,great abundance,and environmental friendliness,make sodium titanates(NTOs),one of the most promising anode materials for the rechargeable SIBs.Nevertheless,there are still enormous challenges in application of NTO,owing to its low intrinsic electronic conductivity and collapse of structure.The research on NTOs is still in its infancy;there are few conclusive reviews about the specific function of various modification methods.Herein,we summarize the typical strategies of optimization and analysis the fine structures and fabrication methods of NTO anodes combined with the application of in situ characterization techniques.Our work provides effective guidance for promoting the continuous development,equipping NTOs in safety-critical systems,and lays a foundation for the development of NTO-anode materials in SIBs.

Mussel-inspired PTW@PDA composites for developing high-energy gun propellants with reduced erosion and enhanced mechanical strength

The severe erosion and inadequate mechanical strength are prominent challenges for high-energy gun propellants.To address it,novel PTW@PDA composites was prepared by polydopamine(PDA)-modifying onto potassium titanate whisker(PTW,K_(2)Ti_(6)O_(13)),and after was incorporated into gun propellant as erosion-reducing and mechanical-reinforcing fillers.The interfacial characterizations results indicated that as-prepared PTW@PDA composites exhibits an enhanced surface compatible with propellant matrix,thereby facilitating their dispersion into propellants more effectively than raw PTW materials.Compared to original propellants,PTW@PDA-modified propellants exhibited significant less erosion,with a Ti-Kbased protective coating being detected on the eroded steel.And 0.5 wt%and 1.0 wt%addition of PTW@PDA significantly improved impact,compressive and tensile strength of propellants.Despite the inevitably reduction in relative force,PTW@PDA slightly increase propellant burning rate while exerting little adverse impact on propellant dynamic activity.This strategy can provide a promising alternative to develop high-energy gun propellant with less erosion and more mechanical strength.

冬小麦不同指标的干旱响应阈值及干旱程度定量分级研究

为评估冬小麦水分亏缺程度,需要采用合理的评价标准表征植株受旱程度,这对规避气候变化新常态下可能的干旱风险具有重要意义。以冬小麦为研究对象,设置雨养(T1)、漫灌(T2)、滴灌W1(40%~50%FC)、滴灌W2(60%~70%FC)和滴灌W3(80%~100%FC)5个水分处理,测定了形态指标、光合指标、叶绿素荧光参数和土壤水分含量,采用阈值指标分类法(thresholdindicatortaxaanalysis,简称TITAN)分析上述各农学参数与干旱程度(drought degree,简称D)的定量响应关系,并确定其对干旱程度发生明显改变的临界点,从而对冬小麦受旱程度进行定量分级。结果表明,相较于周麦27,洛麦22的受旱程度较高,各农学参数对干旱胁迫适应性强。基于TITAN法确定了不同冬小麦品种各农学参数的干旱响应临界点,并将2个冬小麦品种划分为4个受旱等级:轻旱D1、中旱D2、中旱D3和重旱D4,其中,洛麦22为0.00<D1≤0.277、0.277<D2≤0.504、0.504<D3≤0.714和0.714<D4≤1.00;周麦27为0.00<D1≤0.112、0.112<D2≤0.390、0.390<D3≤0.690、0.690<D4≤1.00。在冬小麦受到轻旱(D1)时,各农学参数降幅为4.39%~14.35%,其中以净光合速率和气孔导度降幅最为敏感,分别为11.20%~14.35%和10.64%~13.60%,其次是茎生物量(11.76%~12.82%);在冬小麦受到中旱(D2)时,各农学参数降幅均比较严重,降幅为21.73%~4429%;在D3干旱等级时,冬小麦干旱胁迫加剧,其中以周麦27的叶干重降幅最高。本研究结果将为科学评估作物干旱受灾程度提供依据,也为农业防旱抗旱和稳定国家粮食生产提供重要保障。

What Really Sank The TITANIC

美国巨片《泰坦尼克号》最近已经在我国公演了,在此片公演之前,盗版的VCD早已在街头露面。所以,笔者估计看过此影片的人已不在少数。泰坦尼克号再次成为人们的街谈巷议。是的,人们不应该忘记人类海难史上最悲壮的一页！ 1912年4月14日深夜11点40分到4月15日凌晨2点56分,泰坦尼克号渐渐消失在从英国南安普敦驶向美国纽约的航线上。美国巨片《泰坦尼克号》编织的所谓最纯真的爱情浪漫剧能让少男少女们一洒同情之泪,但是始终萦绕人们心头的一个问问题:What Really Sank the TITANIC? 我是一个“网虫”,每日下班回到家中,除了必要的家务之外,必端坐于电脑前,“周游列国,遍访各址,博览全球”。在最近的Popular Science上,一篇短文引起了我的注意,其中有泰坦尼克号沉没海底的过程介绍,也有泰坦尼克号沉没海底的原因探索。 读本文,我激动不已,甚至止不住热泪滚滚淌下。人类为了科学技术的进步.进行了艰苦卓绝的探索,毛泽东同志曾经说过,人类社会就是在大风大浪中发展起来的,人类总得不断地有所前进,有所发明,有所创造。 人类社会的巨轮又驶近了一个新的世纪之交。在上一个世纪之交,泰坦尼克号下水了,她可以说是当时的科技界的骄傲;泰坦尼克号沉没了,她可以说是为全世界设下了一个痛心的谜。自她出事后。

Titanic与水下考古

巴拉德之后,泰坦尼克号的残骸依然在黑暗中沉睡,却不再如往日般孤寂。直到卡梅隆的到来。他带回的不仅是清晰的照片,还有一部宏大的电影《泰坦尼克号》。

LOST…AND FOUND Behind the Scenes of Chinas First-Ever Titanic Artifact Exhibition

The debut of Titanic:The Artifact Exhibition at the Guangdong Museum not only marks the first time artifacts from the RMS Titanic have been叩enly showcased in China,its also organizer Premier Exhibition Inc/s largest show in history,with more than 300 relics displayed across 20,000 square feet of space.This month,we went behind the scenes and chatted with one of the curators,Ou Yan,to see what visitors can expect.

Mystery of Unknown Titanic Dead May Be Solved

1912年4月15日,“永不沉没”的泰坦尼克巨轮和冰山相吻而沉没了。约1500乘客罹难。这次不幸演绎出许多故事,现在仍然在演绎。巨轮沉没后的两个月内,人们进行了艰辛的搜寻,但是,大部分尸体没有寻到。搜寻到的尸体有150具被埋葬在加拿大的Halifax,其中有43块墓碑上没有刻上姓名。现在,加拿大的研究人员应部分死者远亲的要求,将利用DNA testing,弄清死者的姓名和身份。

Titanic Whistles Blown 87 Years After Sinking

【选注者言:春节的爆竹声,连绵不断,甚至延续到半夜,到凌晨。我失眠了,但心情却并不坏。爆竹一声除旧,桃符万户更新!现在是凌晨两点,英语称之为small hours,我披衣起身,打开电脑,在网上浏览起来。读到一篇短文,令我精神抖擞,睡意全消。泰坦尼克巨轮已经沉没87个寒暑了,人们还在银幕上演绎她的故事,观者垂泪;人们还在聆听她的汽笛声,听众伤感。我是一个英语教师,细品本文,觉得本文造句非常讲究,用的大多是“拖泥带水”的长句,作者很懂修辞,这种“欲休还说”的句式不是很好地衬托渲染了今人怀旧时的那种缠绵悱恻的心绪吗?比如下句就很典型,我读之再三: When they were made the whistles weighed 750 pounds(340 kg)and could be heard more than 10 miles(16 km)away, according to the St. Paul Convention and Visitors Bureau, which hosted Saturday's event. 编辑先生,读者同志,不知你们是否同意我的以上分析。如果你们不同意,那么,是不是我过于善感了?】

Tuning exsolution of nanoparticles in defect engineered layered perovskite oxides for efficient CO_(2) electrolysis

Solid oxide electrolysis cell(SOEC) could be a potential technology to afford chemical storage of renewable electricity by converting water and carbon dioxide.In this work,we present the Ni-doped layered perovskite oxides,(La_(4)Sr_(n-4))_(0.9)Ti_(0.9n)Ni_(0.1n)O_(3n+2) with n=5,8,and 12(LSTNn) for application as catalysts of CO_(2) electrolysis with the exsolution of Ni nanoparticles through a simple in-situ growth method.It is found that the density,size,and distribution of exsolved Ni nanoparticles are determined by the number of n in LSTNn due to the different stack structures of TiO_6 octahedra along the c axis.The Ni doping in LSTNn significantly improved the electrochemical activity by increasing oxygen vacancies,and the Ni metallic nanoparticles afford much more active sites.The results show that LSTNn cathodes can successfully be manipulated the activity by controlling both the n number and Ni exsolution.Among these LSTNn(n=5,8,and 12),LSTN8 renders a higher activity for electrolysis of CO_(2) with a current density of 1.50A cm^(-2)@2.0 V at 800℃ It is clear from these results that the number of n in(La_(4)Sr_(n-4))_(0.9)Ti_(0.9n)Ni_(0.1n)O_(3n+2)with Ni-doping is a key factor in controlling the electrochemical performance and catalytic activity in SOEC.

Effect of solvents on the morphology and structure of barium titanate synthesized by a one-step hydrothermal method

Tetragonal barium titanate was synthesized from barium hydroxide octahydrate and titanium tetrachloride through a simple one-step hydrothermal method.The effect of different solvents on the crystal structure and morphology of barium titanate nanoparticles during the hy-drothermal process was investigated.Except for ethylene glycol/water solvent,impurity-free barium titanate was synthesized in pure water,methanol/water,ethanol/water,and isopropyl alcohol/water mixed solvents.Compared with other alcohols,ethanol promotes the formation of a tetragonal structure.In addition,characterization studies confirm that particles synthesized in methanol/water,ethanol/water,and isopropyl al-cohol/water mixed solvents are smaller in size than those synthesized in pure water.In the case of alcohol-containing solvents,the particle size decreases in the order of isopropanol,ethanol,and methanol.Among all the media used in this study,ethanol/water is considered the optimum reaction media for barium titanate with high tetragonality(defined as the ratio of two lattice parameters c and a,c/a=1.0088)and small aver-age particle size(82 nm),which indicates its great application potential in multilayer ceramic capacitors.

海洋石油平台透平发动机置换研究

简要概述了透平发动机在海洋石油平台应用情况,介绍了透平机芯置换作业情况,重点分析置换过程中遇到的难题。通过探索和创新,研究出滑轨系统在线拆装技术,开发出系列非标技术手段,解决难题,总结出机芯置换关键步骤的解决方案。通过Titan130、Titan250、Mars90等多型号透平机组的实践和应用,形成透平机芯置换标准化作业流程和置换方案。该方案和技术手段,可以有效提高作业效率,降低施工周期,保证置换质量。

Photocatalytic Degradation of Oxytetracycline Dihydrate from Aqueous Solution Using Nano ZnO and ZnO.xBaTiO3 (x = 3%, 18%, 33% and 48%)

Traditional wastewater mostly contains pharmaceutical ingredients. Therefore, the wastewater must be completely free from antibiotics before its release into the environment. In the present study, photocatalytic degradation was done to investigate the removal efficiency of Oxytetracycline Dihydrate (OTC) using ZnO, ZnO/3%BaTiO3 (3 BZ), ZnO/18%BaTiO3 (18 BZ), ZnO/ 33%BaTiO3 (33 BZ) and ZnO/48%BaTiO3 (48 BZ) under UV light. After the exposure time of 420 min, about 99.57% and 97.87% of OTC was degraded using ZnO and 3 BZ respectively. Further, increasing the amount of BaTiO3 in ZnO prolongs the degradation time. Therefore, faster efficiency was found using ZnO nanoparticles. The observed reaction rate constant using ZnO was 0.00933 min-1 which decreased to 0.00532 min-1 using 48 BZ, indicating the decrease of reaction rate for increasing the amount of BaTiO3. Hence, the use of ZnO photocatalyst is anticipated to be a promising technique for the photocatalytic degradation of contaminated wastewater with oxytetracycline antibiotics using UV light.

弹性髓内针在治疗成人肱骨干中段骨折中的手术体会

目的：探讨采用弹性髓内针（TEN）在治疗成人肱骨干中段骨折中的治疗效果及手术体会。方法：对25例肱骨干中段骨折患者采用经皮逆行弹性髓内针治疗，详细记录术后骨折愈合情况，并对其并发症及疗效进行统计分析。结果：随访12~36个月，肩关节综合评价优良率达到96%；肘关节综合评价优良率达到92%。结论：弹性髓内针技术具有固定牢靠、创伤较小、及早改善患者的锻炼功能等特点，有较好的推广意义。

TITAN系统的移植开发及个例应用

TITAN(thunderstorm identification tracking analysis and nowcasting)是美国国家大气研究中心(NCAR)基于雷达体系开发的风暴识别、跟踪、分析和预报系统。首先深入分析TITAN的结构、基本算法、主要功能、物理量产品及其模块设计和数据接口,其次结合我国各类气象数据的特点,开发实现了雷达、卫星、闪电、探空、飞行作业航迹及中尺度模式产品等数据的接入和融合,自主完成对TITAN的移植和多类数据的融合开发。利用移植的TITAN系统,通过一次典型降水个例的分析,展示了TITAN对风暴单体初生、发展演变、分裂合并、风暴体积、持续时间等的追踪分析功能,显示了其强大的雷达数据分析、追踪识别、统计分析及对云降水的内部结构、物理属性变化分析和外推预报的能力。完整移植开发的TITAN系统,将在短时临近预报、中小尺度天气研究、人工影响天气播云条件追踪分析以及催化作业效果检验等方面有着广阔的应用前景。