半繁华艺术

“哪个产业在过去10年发展最快？设计产业;哪个产业在将来50年发展潜力最大,设计产业;哪个产业正在深刻地改变人们的生活方式,设计产业。”这就是安基传媒公司出版人柳战辉创办大连O2纯氧设计书吧的初衷。     

O2 Bookshop 半繁华艺术

在繁华与寂静的黄金分割点,O₂纯氧设计书吧正经营着艺术设计的智慧。哪个产业在过去10年发展最快?设计产业;哪个产业在将来50年发展潜力最大,设计产业;哪个产业正在深刻地改变人们的生活方式,设计产业。这就是安基传媒公司出版人柳战辉创办大连O₂纯氧设计书吧的初衷。位于大连沙河口的星海创意岛,是个有着798艺术氛围的创意园区,O₂纯氧设计书吧就坐落在这由老工厂改建的新兴艺术聚集地。这里离城中心两三站路,交通方便,老工业建筑被现代设计元素装饰,古朴凝重,充满灵性。高文雪负责设计书吧的宣传事务,在她眼中,这个半繁华的地方是艺术设计书店最完美的落点。这里安静、安逸,翻     

“繁华盛莲”艺术中自然文化的追求

莲花以优美身姿与独特的文化象征意义是中国传统艺术经常表现的对象.“繁华盛莲”紫砂壶运用色彩独特的泥料塑造莲之清雅与繁盛,在艺术表现中展现出一种独特的自然文化追求.     

深处繁华有吴鸣

<正>二月的春雨下的还是有些猛了点,但却并不无情。于是,在一个烟雨蒙蒙的下午,我便听着雨声,踩着雨水,走进了吴鸣的陶艺世界。吴鸣,字怡陶,居怡陶园,一方水土养一方人是有道理的。1957年生于江苏宜兴,1977年于江苏陶校学习陶瓷美术,1986年毕业于无锡轻工职大美术装潢专业,现任江苏省宜兴紫砂工艺厂设计中心主任,研究员级高级工艺美术师,擅长诗文书画,集设计、制作、刻塑于一体,对现代     

一个人的繁华

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“半陶人”余振泰陶瓷艺术

余振泰,雅号“半陶人”,1954年7月出生于景德镇,江西大学毕业。曾任景德镇艺术瓷厂厂长,高级工艺美术师,景德镇市美术家协会会员,中国工艺美术学会会员。“半陶人”自幼酷爱陶瓷艺术,任艺术瓷厂厂长期间,汲众名家之长,不缀笔耕,     

半隐于郊 艺术之调

柳林小径深处,一扇木门掩映的白色建筑,即是王功新林天苗夫妇在宋庄的别墅。从大门进来,前方是白色的月亮门,像一道影壁墙,遮蔽外人的视线,经过一片水竹摇曳的甬道,才入院子。院内,三层小楼房顶上两层主体分别向两侧挑空,蜿蜒的池塘从花园延伸至室内,隔着一面大大的落地玻璃墙,恍惚间分不清哪里是室内,哪里是室外。更不可思议的是,池塘中间竟然是空的,下面就是那个巨大的工作室,鱼儿游过,涟漪荡漾开来,总担心这水会不会溢出……     

浅谈青花半刀泥的艺术特色

景德镇陶瓷艺术的发展,总是伴随着陶瓷文化的繁荣。景德镇之所以举世瞩目,为世人仰慕,不仅因为制瓷历史悠久、工艺技术精湛、产品"至精至美",更因为历代瓷工用自己的勤劳和智慧,创造了具有东方艺术特色和中华民族风格特征的陶瓷文化和陶瓷艺术。她以"光致茂美"的陶瓷珠宝,架起了东西方经济技术和文化艺术交流的虹桥,一定程度地推动了人类文明发展的     

繁华背后的真实影像

泛影时代,影像成为述求自我、表达情感的大众媒介,而日益活跃的网络平台,让更多的摄影人脱颖而出,用独特的视角和个性的表达方式激发了摄影圈新的活力。本期三位影像记录者,用摄影语言对身边的影像进行了阐释,他们对细节的发现并结合自我心情展开,用影像展现对生活的态度和情调。这里我们看到,纽约和上海街头的城市画面,在繁华和孤独之间,用细腻的情结定格城市文化的独特之处,还有关于人性两面的演绎,是华丽外表下潜在的本真。其实,相由心生,摄影永远是对客观世界的探索和对主观自我的发掘。     

旗人繁华在这里延伸

初夏的午后,阳光和树枝合谋在地上投下斑驳的影子。吉林市北京路松北一区某居民楼,一处十几平方米的小屋内,一个身材微胖的女子正在剪裁布料。剪刀过处,＂嚓——嚓——＂声均匀而结实。女子身边几件未完成的旗袍,被阳光镀了一层幽光。女子是刘淑芬,吉林省非遗——满族旗袍传承人。清朝末年,刘淑芬的爷爷为宫廷做纯手工旗袍,后来将手艺传给她父亲,家中虽有6个兄弟姐妹,唯有刘淑芬继承了父亲的衣钵。＂我爷爷用左手,我父亲用左手,我也用左手。＂这个略显神秘的巧合,     

钕-铝系稀土色料的研制

通过钕-铝系列色料合成实验,分析不同配比及不同矿化剂等对色料呈色效果的影响,确定最佳工艺方法。对实验结果进行XRD及色度分析,确定其主晶相为钕酸铝,试样的明度均在70以上,色彩鲜艳亮丽。     

Polycrystalline In2O3 and In2O3/Y2O3 photoanodes

Single crystal In₂O₃ shows promise as a photoanode for the decomposition of water. Because of various difficulties in the preparation of the single crystal material, two simple techniques were developed for the preparation of polycrystalline In₂O₃ anodes. One method involves the thermal decomposition of the nitrate while the other utilizes the chemical vapour deposition technique. Voltammograms and photoresponse spectra of these anodes are compared to the single crystal material. Among other observations, it is noted that the quantum efficiencies of the thermally decomposed films are comparable to the single crystal material. It is also shown that the on-set potential can be shifted to more negative values by forming the mixed oxide In₂O₃/Y₂O₃.     

H2O2 / O3, H2O2 / UV And H2O2 / Fe2+ Processes For The Oxidation Of Hazardous Wastes

Activated hydrogen peroxide produces very reactive OH-radicals which destroy hazardous contaminants in water. The principles and different methods of activation are described. Results from laboratory studies show the numerous applications of this new technology. A successful scaleup of laboratory tests to an industrial level is discussed. Finally, a cost estimate for treating different types of water with hydrogen peroxide is presented.     

Propylene metathesis over Re2O7/Al2O3-B2O3 catalysts

A series of alumina aluminum borate (AAB) with various Al/B molar ratios were prepared by the coprecipitation method. The supported rhenium oxide catalysts with various contents of Re₂O₇ were also prepared by the impregnation method with perrhenic acid. The catalytic activity and stability of Re₂O₇/AAB catalysts for the reaction of propylene metathesis were tested in a fixed-bed microreactor. It was found that Re₂O₇/AAB is more active, stable and regenerable than Re₂O₇/Al₂O₃ for propylene metathesis. The optimum Al/B molar ratio was found to be in the range of 4–10.     

Barium aluminate hydrates—VI. 2BaO.Al2O3.5H2O and 2BaO.Al2O3.H2O

The compound 2BaO.Al₂O₃.5H₂O has been synthesised and studied by infra-red, X-ray and thermal analytical techniques. The compound of approximate formula 2BaO.Al₂O₃.H₂O forms as a dehydration product. The results are interpreted in terms of the known structure.     

Bactericidal Effectiveness of O3, O3/H2O2 and O3/TiO2 on Clostridium perfringens

The purpose of this research is to evaluate the bactericidal capacity of different Advanced Oxidation Treatments (AOTs) based on ozone: ozone, ozone/hydrogen peroxide and ozone/titanium dioxide on a wild strain of Clostridium perfringens, a fecal bacterial indicator in drinking water. The dose of ozone consumed ranges from 0.6 mg L^?1 min^?1 to 5.13 mg L^?1 min^?1 depending on the process and on the sample. In the treatments combined with O₃, H₂O₂ dose utilized is 0.04 mM and TiO₂ dose, 1 g L^?1. In order to evaluate the influence of natural organic matter and suspension solids over the disinfection rate, treatments are performed with two types of water – natural water from Ebro River (Zaragoza, Spain) and NaCl solution 0.9%. To achieve 4 log units of inactivation, 3.6 mg O₃ L^?1 is necessary in O₃ treatment, 4.25 mg O₃ L^?1 in O₃/TiO₂ system and 2.7 mg O₃ L^?1 in O₃/H₂O₂ after processing the natural water. In NaCl solution, to get the same inactivation, 0.42 mg O₃ L^?1 is necessary in O₃ treatment, 1.15 mg O₃ L^?1 in O₃/TiO₂ system and 0.06 mg O₃ L^?1 in O₃/H₂O₂ process. Even though the three treatments studied have a high bactericidal activity due to the number of surviving bacteria decreases to non-detectable levels, O₃/H₂O₂ is the most effective system for eliminating C. perfringens cells in a lower contact time, followed by O₃ and finally O₃/TiO₂ system.     

Properties of RO-Y2O3-Al2O3-SiO2 glasses

The coefficient of linear expansion, glass-transition temperature, temperature at the orset of deformation (strain point), density. Young modulus, microhardness, crystallizability, and contact angle are studied as a function of the composition in RO–Y₂O₃–Al₂O₃–SiO₂ (R=Ca and/or Mg) glass systems. The composition ranges for glasses (with strain point >900°C and coefficient of linear expansion of (32–45)×10^–7°C^–1) that can be used for soldering silicon-nitride ceramics were established.Translated from Steklo i Keramika, No. 12, pp. 5–7, December, 1996