创造报纸视觉美的“美容师”——报纸美术编辑工作经验谈

来源 :新闻战线 | 被引量 : 0次 | 上传用户:lpve530
下载到本地 , 更方便阅读
声明 : 本文档内容版权归属内容提供方 , 如果您对本文有版权争议 , 可与客服联系进行内容授权或下架
论文部分内容阅读
当读者打开报纸,一幅内涵深邃、笔墨清新的美术作品映入眼帘,使他获得了美的享受;一张寓意深刻的漫画,使他在笑中得到教益;一帧醒目引人的刊头、题图以及精美的插图,使他增加阅读新闻报道的兴趣。这就是美术在报纸上的艺术魅力。 When the reader opened the newspaper, a piece of profound artistic painting with fresh brushstrokes came to light and gave him the enjoyment of beauty; a comic book with profound meaning which made him enjoy teaching in laughter; an eye-catching commentary, The illustrations and the beautiful illustrations made him more interested in reading news stories. This is the artistic charm of art in the newspaper.
其他文献
We have established a caesium double magneto-optical trap (MOT) system for cavity-QED experiment, and demonstrated the continuous transfer of cold caesium atoms
This paper has studied the barium spectra in exteal magnetic and electric fields on the recently-built system based on a super-conducting solenoid with high sta
教书之余,尚有一丝闲暇,无意间摊开一家省报的历年合订本浏览,发现有两条新闻的标题几乎相同,内容大体一样。但是,时间间隔长达7年又8个月,油然使人感到莫名其妙。这两条新
In this paper the conservation theorems of the constrained Birkhoffian systems are studied by using the method of integrating factors. The differential equation
甘蔗为重要的糖料作物和经济作物,通过培育新品种,结合栽培技术来提高甘蔗糖分、产量、抗逆性,是甘蔗糖业的主要发展方向。乙烯在植物生长发育过程中具有重要调节作用,对乙烯信号转导途径及其相关基因已有不少研究,获得了多个受体基因,但对受体基因调控机理尚未清楚。乙烯利能够显著提高甘蔗的产量、蔗糖分、抗逆性,但其作用分子机理也未明确。因此,本实验以新台糖22号为材料,进行了甘蔗乙烯受体基因SoERS1表达、遗
We propose a nearly perfect optical scheme for the quantum teleportation of entangled coherent states using optical devices such as nonlinear Kerr media, beam s
A preliminary experiment triggering a plasma current quench by laser ablation of high-Z impurities has been performed in the HL-1M tokamak. The injection of imp
臭氧层损耗导致地表UV-B辐射增强已成为当今世界最重要的环境问题之一。研究发现太阳辐射中紫外线-B(UV-B,280-315nm)波段对农作物的生长发育,收获物的产量和品质均有影响。选育能够抵御UV-B胁迫的新品种,提高农作物在UV-B辐射增强下的产量,必将成为保障粮食安全和农业可持续发展的重要途径。因此,发掘抗(耐)UV-B辐射的基因和基因型是分子生物学、遗传学和育种学重要的研究方向。本研究以目
The purpose of the present study is to investigate the presence of multi-fractal behaviours in the traffic time series not only by statistical approaches but al
苎麻是一种适宜南方种植的优质饲料作物。目前刈割模式是株高60~80 cm收获,而此时处于苎麻旺长期初期,没有充分利用旺长期的产量潜力。苎麻牧草化刈割模式研究目的,就是依据反刍动物对纤维的利用特性和苎麻旺长期产量潜力,在一年的生长周期内选择适当的刈割株高,获得产量高、品质较好的牧草及较高的经济效益,从而加速推进“麻改饲”的应用和推广。本研究以饲用苎麻“中饲苎1号”和纤用“中苎2号”为试验材料,研究不