2016上海佳能博览会--访佳能股份有限公司医疗设备产品事业部事业部长增子佳幸

佳能自1937年创业以来,始终秉承＂共生＂的企业理念,以创造世界一流产品为奋斗目标,向多元化和全球化发展。目前,佳能的事业以光学技术为核心,涵盖了办公产品、影像系统产品以及产业设备及其他产品等广泛领域。2016年5月19-22日,＂2016上海佳能博览会＂于上海国际会议中心隆重举办。博览会期间,佳能股份有限公司医疗设备产品事业部事业部长增子佳幸先生向媒体介绍了佳能最先进的医疗设备并接受了本刊记者的采访。

张子佳:初涉无声战场

张子佳的微信头像是他3年前的照片。照片里他穿着背心,肩膀和上臂的肌肉线条结实清晰。那时他已从吉林大学计算机专业硕士研究生毕业3年,入职中国一汽。2017年,中国一汽经历了一场史上范围最大、深度最深的体制机制改革,因为懂技术、业务熟练,张子佳成为整个集团公司第一位专职网络安全人员。

出类拔苹 有声有色——赞《三秦晚报》世界杯足赛专版

四年一度的世界杯足球赛,对亿万球迷来说,无疑是盛大的节日。在这短短的一个月内,举世瞩目绿茵场,人们为那无数精彩绝伦的瞬间而拍案叫好,更为那捧杯夺冠的王者之师而欢呼雀跃。世界杯就像一杯美酒,使人痛饮生的欢乐。 以反映世界风云、描绘人间万象为己任的新闻媒介也把世界杯“炒”得如火如荼。刚刚创刊半年多的《三秦晚报》对世界杯的综合报道可谓出类拔萃,有声有色。在我的印象里,一张报纸辟出一个整版来报道世界杯大赛,似乎不多,而《三秦晚报》不仅开辟了一个专版,而且倾力为之,这不能不说是有胆识有魄力之举!

大胆继承和革新

弘扬中华民族优秀的文化传统,是当前的一项迫切任务,也是每个理论工作者和作家必须正视的一个严肃课题.2月16、17日,我省一批知名学者和作家聚集桂林洋渡假村,就这一问题展开了讨论.他们既尊重传统,又下为传统所羁;既坚持四项基本原则,又解放思想,百家争鸣.从下面部分发言中,你可以领略到许多独到精辟的见解,感受到我省学人作家的精神状态和思辨风采.我们认为,这样的讨论对于开阔视野、活跃气氛、启发思智是人有禆益的.

人格的力量

不久前的一个傍晚，我经过一家外资企业的门前，被它那富丽堂皇的大门所吸引，忍不住我看了几眼。就在这时，我看到终生难忘的一幕。

疯狂而无奈的职业相爱

据说法国新浪潮著名导演特吕弗每拍一部电影都会深深地爱上剧中的女主角,每次戏拍完之后,不得不重回现实世界时,他都会陷入一阵犹如失恋般的情绪低潮中,难以自拔,直到他再次投入到另外一部影片,投入到另外一个女主角身上的时候,才能够从上一次的沼泽中爬出来。

爱情走势图

综观爱情走势图,那些真正得到恒久幸福的人,一定是跟着爱情走到底的人,他们完全不被爱情之外的因素所干扰所左右,仅仅为爱而爱。爱情的纯度越高,幸福的指数也随之越高。

The optimal drainage line of potted flowers of soilless culture

Water is the source of life. China ranks No.13 among the water shortage countries. The most of the water is utilized in agriculture, while the utilization rate of irrigation water is only 40%, so it is very important to study on the theory and technology on high efficient water utilization. The purpose for this study is to find out the optimal drainage line on potted flowers through the analysis of experimental results of Aglaonema modestum and Rhododendron simsii Planch in different drainage lines.

Energy transmission modes based on Tabu search and particle swarm hybrid optimization algorithm

In China, economic centers are far from energy storage bases, so it is significant to select a proper energy transferring mode to improve the efficiency of energy usage. To solve this problem, an optimal allocation model based on energy transfer mode was proposed after objective function for optimizing energy using efficiency was established, and then, a new Tabu search and particle swarm hybrid optimizing algorithm was proposed to find solutions. While actual data of energy demand and distribution in China were selected for analysis, the economic critical value in comparison between the long-distance coal transfer and electric power transmission was gained. Based on the above discussion, some proposals were put forward for optimal allocation of energy transfer modes in China. By comparing other three traditional methods that are based on regional price differences, freight rates and annual cost with the proposed method, the result indicates that the economic efficiency of the energy transfer can be enhanced by 3.14%, 5.78% and 6.01%, respectively.

Study on the sedimentation capability of bauxite flotation concentrate

The sedimentation behaviors of bauxite flotation concentrates were investigated at different pH values and floceulant dosages. The effects of three types of flocculants （ cationic, anionic and non-ionic polyacrylamide floceulants） as well as the molecular weight of anionic flocculants on the sedimentation of concentrate were studied. It is shown from the experimental results that at the pH 7.0, best sedimentation capability is reached when anionic polyacrylamide flocculant （molecular weight 14 million） is added and the optimal dosage is 30 g/t.

A new primal-dual path-following interior-point algorithm for linearly constrained convex optimization

In this paper, a primal-dual path-following interior-point algorithm for linearly constrained convex optimization(LCCO) is presented.The algorithm is based on a new technique for finding a class of search directions and the strategy of the central path.At each iteration, only full-Newton steps are used.Finally, the favorable polynomial complexity bound for the algorithm with the small-update method is deserved, namely, O(√n log n /ε).

OPTIMIZATION METHOD ON IMPELLER MERIDIONAL CONTOUR AND 3D BLADE

An optimization method for 3D blade and meridional contour of centrifugal or mixed-flow impeller based on the 3D viscous computational fluid dynamics （CFD） analysis is proposed. The blade is indirectly parameterized using the angular momentum and calculated by inverse design method. The design variables are separated into two categories： the meridional contour design vari- ables and the blade design variables. Firstly, only the blade is optimized using genetic algorithm with the meridional contour remained constant. The artificial neural network （ANN） techniques with the training sample data schemed according to design of experiment theory are adopted to construct the response relation between the blade design variables and the impeller performance. Then, based on the ANN approximated relation between the meridional contour design variables and impeller per- formance, the meridional contour is optimized. Fewer design variables and less calculation effort is required in this method that may be widely used in the optimization of three-dimension impellers. An optimized impeller in a mixed-flow pump, where the head and the efficiency are enhanced by 12.9% and 4.5% respectively, confirms the validity of this newly proposed method.

PRAHA

第一次听到日本爵士钢琴家木住野佳子（Yoshiko Kishino）的音乐，是在一套由Panasonc出版的名叫“名曲物语”的DVD影碟中，这套极适合爵士乐迷入门使用的DVD，每张收录6首爵士标准曲的三种演奏版本，以便乐迷了解、认识爵士乐的演出、编制、变化方面的要点。而木住野佳子是这一系列DVD中负责录制钢琴独奏版本的演奏家，她沉稳、典雅、从容的气质和出色的诠释．

Biocontrol Efficiency of Bacillus subtilis SL-13 and Characterization of an Antifungal Chitinase

The seed germination and tomato seedling tests showed that Bacillus subtilis SL-13 could promote the sprouting and seedling growth of tomato.The fresh and dry weight of tomato seedlings increased 42.86%and 18.75%,respectively.The control efficacies of the SL-13 to tomato Rhizoctonia rot were 20.65%and 35.23%in the greenhouse and field,respectively.The growth of the plant-pathogenic fungus Rhizoctonia solani was considerably inhibited in the presence of the strain SL-13 culture supernatant.The main antifungal protein was detected to be chitinase through vitro assay.The chitinase was purified with DEAE-Sepharose fast flow ion exchange column chromatography and Sephadex G-75 gel filtration for further characterization.The optimal pH and temperature for the chitinase activity were 7.0 and 50°C,respectively.It was demonstrated that the enzyme was stable at pH 5-9 and 40-60°C.70%of the enzyme activity was retained when incubated at 121°C and 0.11 MPa for 20 min,and the enzyme was not sensitive to protease K and ultraviolet radiation.Thus it is suitable for effective biological control in relatively unstable environment.

Scheme for Implementation of Optimal Cloning of Arbitrary Single Particle Atomic State into Two Photonic States

We present a feasible scheme to implement the 1→2 optimal cloning of arbitrary single particle atomic state into two photonic states, which is important for applications in long distance quantum communication. Our scheme also realizes the tele-NOT gate of one atom to the distant atom trapped in another cavity. The scheme is based on the adiabatic passage and the polarization measurement. It is robust against a number of practical noises such as the violation of the Lamb Dicke condition, spontaneous emission, and detection inefficiency.

On the Finite-dimensional Optimal Approximations to the Infinite dimensional Linear Operators

A method of approaching to the infinite dimensional linear operators by the finite dimensional operators is discussed. It is shown that,for every infinite dimensional operator A and every natural number n, there exists an n dimensional optimal approximation to A. The norm error is found and the necessary and sufficient condition for such n dimensional optimal approximations to be unique is obtained.

Mechanisms and factors affecting the adsorption of sodium alginate onto modified clays

Algal organic materials （AOMs） are one critical factor affecting the efficiency of modified clays used for the mitigation of harrnful algal blooms （HABs）. This study was conducted to develop a deeper understanding of the mechanisms and factors affecting the adsorption of AOMs onto modified clays. Sodium alginate （polysaccharide） and kaolinite modified with polyaluminium chloride （PAC1） were used as AOMs and modified clay model substances, respectively, and the effects of modifier dosage, contact time, solution pH and ionic strength were investigated through batch adsorption experiments. Kinetics revealed that the alginate adsorption rate was described well by a pseudo-second order model. PACl effectively enhanced the adsorption capacity of kaolinite and increased the adsorption rate, and the optimum additive amount of PACl was 5%. The experimental data fitted both the Freundlich and Langmuir adsorption equations well. The adsorption thermodynamics for alginate onto modified clays suggests that alginate adsorption is a spontaneous process. The adsorption of alginate onto modified clays was highly dependent on pH, with a decrease in adsorption observed with increased pH to 9.48, but the opposite was true above pH 9.48. Finally, adsorption increased with increasing ionic strength.

Micaceous iron oxide prepared from pyrite cinders by hydrothermal method

Micaceous iron oxide （MIO） with a hexagonal flaky shape was prepared by hydrothermal method. The ferric hydroxide used as precursor was obtained by an acidic leaching solution of pyrite cinders reacting with ammonia solution. The optimal experimental conditions for preparing micaceous iron oxide were investigated by orthogonal experiments. Micaceous iron oxide can be successfully prepared when optimal parameters of total iron concentration of 2.0 mol/L, pH value of 8, n（Fe2＋）/n（Fe3＋） of 0.1, mass of seed crystal of 1 g, reaction temperature of 260 ℃ and reaction time of 30 min are applied. X-ray diffractometry （XRD）, scanning electron microscopy （SEM）, transmission electron microscopy （TEM） and selected area electron diffractometry （SAEM） were adopted to characterize the hydrothermal products prepared under optimal conditions. The results indicate that highly crystallized α-Fe2O3 hexagonal flakes, about 1.0-1.5 μm in diameter and 0.1 μm in thickness, are prepared. Furthermore, the quality of micaceous iron oxide prepared can meet the required characteristics of micaceous iron oxide pigments for paints （ISO 10601--2007）.

Optimum conditions to treat high-concentration microparticle slime water with bioflocculants

We studied how bioflocculants,produced by white-rot fungi,affect flocculation in slime water.Based on a test in an orthogonal design,flocculation conditions were optimized.The results show that flocculation activity is at its highest when the following conditions are met:slime water concentration 27.42 g/L;coagulant aid(CaCl_2) mass concentration 5.0 g/L;two-segment stirrings:the first at a stirring speed of 60 r/min for 180 s and the second 180 r/min for 60 s;a pH of 11 and a flocculant concentration of 15 mL/L.The flocculation activity can be up to 98.71%of bioflocculants at the time.Further experiments indicate that most of the flocculation active material is found outside the mycelium cells.This is the extracellular secretion produced by mycelium cells during the fermentation process.This flocculant has strong thermal stability.Many kinds of cations have a flocculation function to assist bioflocculants.This aid-flocculation effect of the divalent cation Ca^(2+) is obvious in the bioflocculant produced by the white-rot fungus.Therefore,this is of great value when applied to control engineering in the battle against water pollution.

Scheme for Implementation of Ancillary-Free 1→3 Optimal Phase-Covariant Quantum Cloning with Trapped Ions

We propose a simple scheme for the implementation of the ancillary-free 1→3 optimal phase-covariant quantum cloning for x-y equatorial qubits in ion-trap system. In the scheme, the vibrational mode is only virtually excited, which is very important in view of decoherence. The present proposal can be realized based on current available technologies.