act 做,行动acid 酸的,尖酸的ag 移动,做,办理agri 田地,农田ali 别的,其他的ann 年aud 听auto 自动的,自己,本身bio 生命,生物ced 让步,行,走cide,cise 杀,切断claim 喊叫,宣布clar 清楚,明白clud 关闭cog 认识,知道corp 身体,实体,机构crea 创造cred 相信,信任cruc 十字cycl 环形的,圆圈,轮子dem 人民dic 说,言语duc 引导,诱使fac,fact 做,作fer 带,拿来fin 结果,终flect 弯曲geo 地grad 步,走,级graph 写,画,记录器grat 使人高兴的grav 重的helio 太阳hemo 血hibit 持有,拿hum 土,人类hydr 水hypn 睡眠,催眠idio 特殊的,专有的ject 投掷,躺下lect 选,收leg 法律liber 文字,字面loc 地方log 言语,词magn 很大minu 手mar 海,水medi 中间mem 记忆,纪念mini 小migra 迁徙,流动nov 新number,numer 数oper 工作,操作pel 推逐,驱pend 悬挂,垂,待决phil爱phon 声,音photo 光pict 画popul 人,人民port 运,带,拿pos 放置,地点press 压,按pur 清,纯净rect 正直rupt 破sal 盐sat 足够sci 知scope 观察,看见scrib,scrip 写sect 切割sens 感觉spect看sphere 球,球体spir 呼吸stereo 固体的,立体的tend 伸展,扩,绷紧ten 使结合在一起,保持住,容纳,注意tract 拖住,抽uni 一,唯一的,统一的vers 转向vest 穿衣,衣服vict,vinc 征服vis,vid 看viv活的,生活voc 声音,呼 1. parliamentary adj. 议会的 2 .territory n. 领土, 版图, 地域 3 incurably adv.治不好地, 不能矫正地 4 convincing adj.令人信服的, 有力的, 令人心悦诚服的 5 flashed vi.闪光, 闪现, 反射, 使迅速 6 pick up v.掘地, 捡起, 获得, 使恢复精神, 加快, 看到, 随便地认识, 加速 7 bulletin n.公告, 报告 8 import n.进口货(常用复数), 进口, 输入, 意思, 重要性 vt.输入, 进口, 含...的意思, 重要, 引入 9 sink in 被了解 10 implication n.牵连, 含意, 暗示 11 bitterly adv.苦苦地, 悲痛的, 厉害的 12 haste n.匆忙, 急忙 13 turn back v.使停止往前, 往回走, 翻回到, 重新提到, 折转, 挡住 14 euthanasia n.安乐死 15 dominoes 多米诺 16 injection n.注射, 注射剂, (毛细血管等的)充血, (人造卫星, 宇宙飞船等的)射入轨道 17 diagnose v.诊断 18 terminally adv.末尾, 一定时期地 19 resident n.居民 adj.居住的, 常驻的 20 haunting adj.常浮现于脑海中的, 不易忘怀的 21 spiritual adj.精神上的 22 claw n.爪, 脚爪 v.抓 23 consistently 一贯地, 一向, 始终如一地 24 deserve vt.应受, 值得 v.应受 25 dull adj.感觉或理解迟钝的, 无趣的, 呆滞的, 阴暗的 vt.使迟钝, 使阴暗, 缓和 vi.变迟钝, 减少 26 loneliness n.孤独, 寂寞 27 welcome n.欢迎 vt.欢迎 int.欢迎 adj.受欢迎的 28 harsh adj.粗糙的, 荒芜的, 苛刻的, 刺耳的, 刺目的 29 frontier n.国境, 边疆, 边境 30 charitable adj.仁慈的, (为)慈善事业的,宽恕的 31 impulse n.推动, 刺激, 冲动, 推动力 vt.推动 32 weary adj.疲倦的, 厌倦的, 令人厌烦的, 疲劳 v.疲倦, 厌倦, 厌烦 33 hospitality n.好客, 宜人, 盛情 34 casual adj.偶然的, 不经意的, 临时的 35 interpret v.解释, 说明, 口译, 通译, 认为是...的意思 36 superficial adj.表面的, 肤浅的, 浅薄的 37 artificial adj.人造的, 假的, 非原产地的 38 historically 在历史上, 从历史观点上说 39 complex adj.复杂的, 合成的, 综合的 n.联合体 40 assumption n.假定, 设想, 担任, 承当, 假装, 作态 41 interrelationship 相互关系[联系, 影响], 干扰 42 fail to 未能... 43 draw v.拉, 曳, 牵, 画, 绘制, 拖曳 vt.汲取, 领取, 提取, 引起, 吸引 vi.向...移动, 挨近 n.平局, 和局, 拖曳 1. monetary adj.货币的, 金钱的 2. precise adj.精确的, 准确的 n.精确 3. inflation n.胀大, 夸张, 通货膨胀, (物价)暴涨 4. have any effect on 对…有影响 5. analogy n.类似, 类推 6. steering n.操纵, 掌舵, 指导 7. disadvantages n.不利, 不利条件, 缺点, 劣势 8. boast n.自夸, 值得夸耀的事物 v.自夸, 以有...而自豪 9. average n.平均, 平均水平, 平均数, 海损 adj.一般的, 通常的, 平均的 vt.平均为, 均分, 使平衡, 达到平均水平 vi.买进, 卖出 10. digit n.阿拉伯数字, 手指或足趾, 一指宽(约四分之三英寸) 11. forecasters n.预报员 12. panel n.面板, 嵌板, 仪表板, 座谈小组, 全体陪审员 vt.嵌镶板 13. consistently 一贯地, 一向, 始终如一地 14. favourable adj.赞成的, 称许的, 有利的, 顺利的 n.有利 15. conventional adj.惯例的, 常规的, 习俗的, 传统的 16. slack n.松弛, 静止, 淡季, 闲散, 家常裤 adj.松弛的, 不流畅的, 疏忽的, 软弱的, 漏水的, 呆滞的, 懒散的 adv.马虎地, 缓慢地 vt.使松弛, 使缓慢, 马虎从事 vi.松懈, 减弱, 松驰 17. utilization n.利用 18. take off v.拿掉, 取消, 脱衣, 起飞, 减弱, 离开, 岔开, 复制 19. proved 被证实的 20. thrilling adj.毛骨悚然的, 颤动的, 发抖的 21. defective adj.有缺陷的, (智商或行为有)欠缺的 n.有缺陷的人, 不完全变化动词1. capture n.捕获, 战利品vt.俘获, 捕获, 夺取2. imagination n.想象, 空想, 想象的事物, 想象力, 听觉3. at the mercy of adv. 受...支配4. fascinated vt.使着迷, 使神魂颠倒vi.入迷, 极度迷人的 5. achievement n.成就, 功绩 6. assert v.断言, 声称 7. cement n.水泥, 接合剂vt.接合, 用水泥涂, 巩固vi.粘牢 8. intended adj.有意的, 故意的, 已经订婚的n已经订婚者 9. deprived adj.缺乏足够教育的;缺少食物的 10. in return adv.作为报答 11. reservoir n.水库, 蓄水池12. contention n.争夺, 争论, 争辩, 论点 13. bidding for n.命令, 出价, 邀请 14. destruction n.破坏, 毁灭 15. far from adv.远离, 远非, 远远不, 完全不, 非但不16. impact n.碰撞, 冲击, 冲突, 影响, 效果vt.挤入, 撞击, 压紧, 对...发生影响 17. conflict n.斗争, 冲突vi.抵触, 冲突 18. hydroelectric adj.水力电气的 19. irrigation n.灌溉, 冲洗 20. monster. n.怪物, 妖怪 21. dealing with prep.有, 以, 用, 同...,由于, 和...一致, 赞成, 关于, 就 22. tales n.[律]候补陪审员召集令 23. revival n.苏醒, 复兴, 复活, 再生效, 复苏 24. productivity n.生产力 25. revolution n.革命, 旋转 26. assume vt.假定, 设想, 采取, 呈现 27. presiding adj.主持会议的, 指挥的 28. statistics n.统计学, 统计表 29. lump n.块(尤指小块), 肿块, 笨人 vt.使成块状, 混在一起, 忍耐, 笨重地移动 vi.结块 30. on average 平均起来 31. acceleration n.加速度 32. due to adv.由于, 应归于 33. rebound n.回弹v.回弹 34. disjunction n.分离, 分裂, 折断 35. anecdote n.轶事, 奇闻 36. reflected adj.反射的,得自他人的 37. contribution n.捐献, 贡献, 投稿 38. be intended to 为了 39. profitable adj.有利可图的 40. switch to v.切换到,转到, 转变成 41. speculative adj.投机的 42. ineptly adv.不适当地, 无能地 43. chief executive 总裁 44. revenue n.收入, 国家的收入, 税收 45. far too many 太多的 46. chop out 降低 47. blunt adj. 直率的 48. consultant n.顾问, 商议者, 咨询者49. schism n.(政治组织等的)分裂, 教派 50. humanities 人文学科 51. community n.公社, 团体, 社会, (政治)共同体, 共有, 一致, 共同体, (生物)群落 52. attack n.进攻, 攻击, (用语言)抨击, 批评, 疾病发作, 侵袭 vt.攻击, 抨击, 动手处理(某事) vi.攻击 53. concerns vt.涉及, 关系到n.(利害)关系, 关心, 关注, 关注, 所关心的是 54. assemble vt.集合, 聚集, 装配vi.集合 55. find fault v.挑剔 56. academics adj.学院的, 理论的 57. objectivity n.客观性, 客观现实 58. concern with v.使关心 59. contradict vt.同...矛盾, 同...抵触 60. dispute v.争论, 辩论, 怀疑, 抗拒, 阻止, 争夺(土地,胜利等) n.争论, 辩论, 争吵 61. manifesto n.宣言, 声明 62. scorn n.轻蔑, 嘲笑, 被叱责的人vt.轻蔑, 不屑做 63. long for v.渴望 64. pretechnological 技术时代 65. depletion n.损耗 66. epithet n.绰号, 称号 67. lump n.块(尤指小块), 肿块, 笨人 vt.使成块状, 混在一起, 忍耐, 笨重地移动vi.结块 68. enlighten vt.启发, 启蒙, 教导, 授予...知识, 开导, <古>照耀 69. emerge vi.显现, 浮现, 暴露, 形成, (由某种状态)脱出, (事实)显现出来 70. census n.人口普查 71. standstill n.停止, 停顿 72. implication n.牵连, 含意, 暗示 73. enthrone vt.立...为王, 使登基, 任为主教, 崇拜vi.热心 74. densely adv.浓密地, 浓厚地 75. numerically 用数字, 在数字上 76. depression n.沮丧, 消沉, 低气压, 低压 77. migrate vi.移动, 移往, 移植, 随季节而移居, (鸟类的)迁徙vt.使移居, 使移植 78. attribute to 归功于 79. demographer n.人口统计学家 80. apparently adv.显然地 81. overcrowdedness n. 拥挤地区 82. search for 搜寻 83. spacious adj.广大的, 大规模的 84. plagues n.瘟疫, 麻烦, 苦恼, 灾祸vt.折磨, 使苦恼, 使得灾祸 85. as a result adv.结果 86. considerably adv.相当地 87. scatter v.分散, 散开, 撒开, 驱散 88. isolate vt.使隔离, 使孤立, 使绝缘, 离析n.隔离种群 89. geologist n.地质学者 90. volcano n. 火山 91. on the contrary adv.正相反 92. interior adj.内部的, 内的n.内部 93. milestones n.里程碑, 里程标, 重要事件, 转折点 94. inject into 把...注入 95. complementary adj.补充的, 补足的 96. reminder n.提醒的人, 暗示 97. in detail adv.详细地 98. readily adv.乐意地, 欣然, 容易地 99. stationary 固定的 100. anchor n.锚v.抛锚, 锚定 101. confine vt.限制, 禁闭n.界限, 边界 102. frame n.结构, 体格帧,画面,框架 vt.构成, 设计, 制定, 使适合, 陷害 vi.<英方>有成功希望n.帧,画面,框架 103. geophysical adj.地球物理学的 104. propel vt.推进, 驱使 105. continental adj.大陆的, 大陆性的n.欧洲人 106. fissure n.裂缝, 裂沟, (思想, 观点等的)分歧v.(使)裂开, (使)分裂 107. initiate vt.开始, 发动, 传授v.开始, 发起 108. formation n.形成, 构成, 编队 109. mutability n.易变性, 性情不定1. by far adv.到目前为止 2. object n.物体, 目标, 宾语, 对象vi.反对, 拒绝, 抗议vt.提出...来反对 3. detect vt.察觉, 发觉, 侦查, 探测v.发现 4. strip vt.剥, 剥去n.条, 带 5. look into v.窥视, 浏览, 观察 6. amazing adj.令人惊异的 7. landmark n.(航海)陆标, 地界标, 里程碑, 划时代的事 8. in fact 实际上 9. originate in 起源于 10. put forward v.放出, 拿出, 提出, 推举出 11. dominant adj.有统治权的, 占优势的, 支配的adj.[生物] 显性的 12. cosmos 宇宙 13. burst into v.闯入, 开出, 突然出现 14. submicroscopic adj.亚微观的 15. outward adj.外面的, 外表的, 公开的, 向外的, 外出的 adv.向外, 在外, 表面上n.外表, 周围世界 16. condensing into 冷凝为 17. galaxy n.星系, 银河, 一群显赫的人, 一系列光彩夺目的东西 18. astrophysicist n.天体物理学家 19. inflationary adj.通货膨胀的, 通货膨胀倾向的 20. propel vt.推进, 驱使 21. antigravity n.[物]无重量 22. plausible adj.似是而非的1. rough adj.粗糙的, 粗略的, 大致的, 粗野的, 粗暴的, 粗略叙述的 v.大体描述adv.粗糙地 2. doormat n.(放于门前的)擦鞋垫 3. fail to 未能... 4. lawsuit n.诉讼(尤指非刑事案件) 5. compensate v.偿还, 补偿, 付报酬 6. liable for 负责 7. misfortune n.不幸, 灾祸 8. anticipate vt.预期, 期望, 过早使用, 先人一着, 占先v.预订, 预见, 可以预料 9. stepladder n.活梯 10. fall off v.下降, 跌落, 减少, 衰退, 离开 11. appropriate adj.适当的 12. interaction n.交互作用, 交感 13. federal regulation 联邦政府规章 14. manufacture vt.制造, 加工n.制造, 制造业, 产品 15. liability n.责任, 义务, 倾向, 债务, 负债, 与assets相对 16. appear to 似乎 17. side with defendant 站在被告一边 18. paralyze vt.使瘫痪, 使麻痹 19. helmet n.头盔, 钢盔 20. at the same time 同时 21. recommendation n.推荐, 介绍(信), 劝告, 建议 22. substantial adj.坚固的, 实质的, 真实的, 充实的 23. tort n.[律]民事侵权行为 24. bombard vt. 炮轰;轰击 25. trivialities n.琐事 26. for the benefit of adv.为...的利益 27. legal liability 法律责任 28. revolve v.(使)旋转, 考虑, 循环出现 29. tap n.轻打, 活栓, 水龙头 vt.轻打, 轻敲, 敲打出, 开发, 分接, 使流出, 选择, 攻螺纹于 vi.轻叩, 轻拍, 轻声走 n.<美>(用复数)熄灯号 30. prove to be 证明为 31. make sense 使…有意义 32. look for 寻找 33. nonetheless adv.虽然如此, 但是 34. hesitate v.犹豫, 踌躇, 不愿 35. reliability n.可靠性 36. senior adj.年长的, 资格较老的, 地位较高的, 高级的 37. transaction n.办理, 处理, 会报, 学报, 交易, 事务, 处理事务 38. access to 有权使用 39. intranet 企业内部互联网 40. commerce n.商业 41. available adj.可用到的, 可利用的, 有用的, 有空的, 接受探访的 42. focus on 集中 43. target n.目标, 对象, 靶子 44. update v.使现代化, 修正, 校正, 更新n.现代化, 更新 45. subscriber n.订户, 签署者, 捐献者 46. customize v.[计] 定制, 用户化 47. similar adj.相似的, 类似的 48. special n.特派员, 专车, 专刊adj.特别的, 特殊的, 专门的, 专用的 49. contempt n.轻视, 轻蔑, 耻辱, 不尊敬, [律]藐视法庭(或国会) 50. thinks highly of 尊重 51. distinction n.区别, 差别, 级别, 特性, 声望, 显赫 52. prospect n.景色, 前景, 前途, 期望vi.寻找, 勘探 53. horrify v.使恐怖, 使极度厌恶, 惊骇 54. inevitable adj.不可避免的, 必然的 55. resort to 求助于 56. strategies n.策略, 军略 57. interactivity 交互性 58. hospitality n.好客, 宜人, 盛情 59. security n.安全 60. set up v.设立, 竖立, 架起, 升起, 装配, 创(纪录), 提出, 开业 61. silicon n.[化]硅, 硅元素 62. plunge n.跳进, 投入vi.投入, 跳进, 陷入vt.使投入, 使插入, 使陷入 63. invisible adj.看不见的, 无形的 64. on the behalf of 代表 65. prospect n.景色, 前景, 前途, 期望vi.寻找, 勘探 66. radical adj.根本的, 基本的, 激进的n.激进分子 67. explore v.探险, 探测, 探究 68. contradiction n.反驳, 矛盾 69. aim at v.瞄准, 针对 70. justify v.证明...是正当的 71. conception n.观念, 概念 72. assess vt.估定, 评定 73. optimism n.乐观, 乐观主义 74. forsake vt.放弃, 抛弃 75. pessimism n.悲观, 悲观主义 76. betray vt.出卖, 背叛, 泄露(秘密), 露出...迹象 77. vocational adj.职业的 78. emphasize vt.强调, 着重v.强调 79. make sure v.确定,确信,证实 80. presumptuous adj.专横的 81. pick up v.掘地, 捡起, 获得, 使恢复精神, 加快, 看到, 随便地认识, 加速 82. entirely adv.完全地, 全然地, 一概地 83. in any case adv.无论如何 84. complementary adj.补充的, 补足的 85. vocational adj.职业的 86. confusion n.混乱, 混淆 87. startle v.震惊 88. be opposite to 在...对面 与...相反 89. husbandry n.管理 90. independent n.中立派, 无党派者adj.独立自主的, 不受约束的 91. recommendation n.中立派, 无党派者adj.独立自主的, 不受约束的 92. feverishly adv.兴奋地 93. legislation n.立法, 法律的制定(或通过) 94. be used for 用来做... 95. consensus n.一致同意, 多数人的意见, 舆论 96. unacceptable adj.无法接受的, 不受欢迎的 97. attempt to 试图,企图 98. general n.普通, 将军, 概要adj.一般的, 普通的, 综合的, 概括的, 全面的, 大体的 n.常规 99. call for v.要求, 提倡, 为...叫喊, 为...叫 100. nucleus n.核子 101. in the air adv.在空中, 悬而未决, 在流传中, 不设防 102. depend on v.依靠, 依赖 103. supposedly adv.想像上, 按照推测 104. gravity n.地心引力, 重力 105. be curious about 对…好奇 106. orbital adj.轨道的, 眼窝的 107. consider vt.考虑, 照顾, 认为 108. possibility n.可能性, 可能发生的事物 109. be ready for 做好了充分的准备 110. impression n.印象, 感想, 盖印, 压痕 111. substitute for 代替... 替换..., 取代.. 112. conference n.会议, 讨论会, 协商会 113. advisability n.明智 114. frown vi.皱眉, 蹙额, 不赞成, 反对v.皱眉 115. be shocked at 对…感到震惊 116. speculate vi.推测, 思索, 做投机买卖 117. amount to 总计,等于 118. victim n.受害人, 牺牲者, 牺牲品 119. consistently 一贯地, 一向, 始终如一地 120. convince vt.使确信, 使信服 121. carry out n.进位, 射程, 运载vt.携带, 运送, 支持, 支撑, 传送, 意味 vi.被携带, 能达到 122. according to 依照,按照 123. indicate vt.指出, 显示, 象征, 预示, 需要, 简要地说明 124. measurable adj.可测量的 125. reasonable adj.合理的, 有道理的, 通情达理的, 讲道理的 126. distract v.转移 127. register n.记录, 登记簿, 登记, 注册, 寄存器 vt.记录, 登记, 注册, 提示, 把...挂号 vi.登记, 注册, 挂号 128. regularity n.规律性, 规则性, 整齐, 匀称 129. conformity n.一致, 符合 130. desirable adj.值得要的, 合意的, 令人想要的, 悦人心意的 131. be blamed for 被责备 132. in favor of 赞成 133. conventional adj.惯例的, 常规的, 习俗的, 传统的 1. definition n.定义, 解说, 精确度, (轮廓影像等的)清晰度 2. conform to v.符合, 遵照 3. attempt to 试图,企图 4. significant adj.有意义的, 重大的, 重要的 5. anew adv.重新, 再 6. scatter v.分散, 散开, 撒开, 驱散 7. partial adj.部分的, 局部的, 偏袒的, 偏爱的n.泛音 8. partisan n.游击队 9. rever v. 崇尚 10. affinity n.密切关系, 吸引力, 姻亲关系, 亲合力 11. methodology n.方法学, 方法论 12. refer to 参考,参照 13. peculiar adj.奇特的, 罕见的, 特殊的n.特有财产, 特权 14. appropriate adj.适当的 15. accuse of 因某事控告某人 16. method n.方法 17. victim n.受害人, 牺牲者, 牺牲品 18. fallacy n.谬误, 谬论 19. implementation n.执行 20. equate vt.使相等, [数]视为平等vi.等同 1. effortless adj.容易的, 不费力气的 2. handicap n.障碍, 阻碍, 障碍赛跑v.妨碍, 使不利, 阻碍 3. a driving force 动力 4. a glowing period 增长时期,发展时期 5. unparalleled adj.无比的, 无双的, 空前的 6. scale n.刻度,衡量,比例,数值范围,比例尺,天平,等级 vt.依比例决定,攀登,测量 7. inevitable adj.不可避免的, 必然的 8. predominance n.优势 9. at a loss 困惑 10. fading n.褪色,枯萎,衰退 11. textile n.纺织品adj.纺织的 12. sweep into 涌入 13. on the rope (爬山者)用绳相互系在一起 14. semiconductor n.[物] 半导体 15. at the heart of 关键 16. casualty n.伤亡 17. prosperity n.繁荣 18. sensational adj.使人感动的, 非常好的 19. look back on 回忆
物理学报sci几区?
sci是国际核心数据库,收录国外英文期刊也会收录中文期刊。经查询,物理学报收录于sci数据库,sci根据影响因子划分为1区、2区、3区、4区,影响因子越高分区就越靠前,物理学报属于sci3区期刊。
查询期刊是否被sci数据库收录,可以利用这个平台查询,输入期刊名称如果有结果就说明是sci期刊,这样关于搜索期刊的所有内容都可以查询到,包括几区、是否在预警名单等问题。如果输入期刊名称没有出现结果,那就说明不属于sci期刊。
接下来,详细的介绍一下物理学报期刊内容:
《物理学报》杂志,于1933年经国家新闻出版总署批准正式创刊,CN:11-1958/O4,本刊在国内外有广泛的覆盖面,题材新颖,信息量大、时效性强的特点,其中主要栏目有:研究论文、研究快报。
2006115. Lu-Jing Hou,Z. L. Miskovic,Ke Jiang and You-Nian Wang,“Energy loss of a charged particle moving over a 2D strongly coupled dusty plasma”,Phys. Rev. Letts. 96,255005(2006).114. Ke Jiang,Lu-Jing Hou,You-Nian Wang and Z. L. Miskovic,“Excitations of Mach cones and energy dissipation by charged particle moving over two-dimensional strongly coupled dusty plasmas”,Phys. Rev. E73 016404 (2006).113. Da-Peng Zhou,Yuan-Hong Song,You-Nian Wang and . Miskovic,“Coulomb explosions and stopping of molecular ions channeled through carbon nanotubes”,Phys. Rev. A 73,033202(2006).112. Zheng-Feng Ding,Long-Wei Chen and You-Nian Wang,“Numerical studies on the transition of tuned substrate self-bias in a radio-frequency inductively coupled plasma”,Phys. Plasmas 13,043504(2006).111. You-Nian Wang and Lu-Jing Hou,“Rotation of 2D finite dust Coulomb clusters in magnetic field”,Thin Solid Films 506-507,647(2006).110. Xue-Chun Li and You-Nian Wang,“Investigation of secondary electron emission effects in plasma immersion ion implantation with dielectric substrates”,Thin Solid Films 506-507,307(2006).109. Ming Mao and You-Nian Wang,“Heating mechanism in one-dimensional bounded magnetized inductively coupled plasma”,Phys Lett. A 359,240(2006).108. Xiang Xu and You-Nian Wang,“Magnetohydrodynamic Simulation of a Coaxial High-Density Plasma Opening Switch”,IEEE Trans. Plasma Science 34 (),1529 (2006).107. Li-Hong Wang,Zhong-Ling Dai,and You-Nian Wang,“Investigation of dual radio-frequency driven sheaths and ion distribution bombarding an insulator substrate”,Chin. Phys. Lett. 23,688(2006).106. Zhong-Ling Dai,and You-Nian Wang,“Characteristics of single and dual radio-frequency (RF) plasma sheaths”,Front. Phys. China 2,178(2006).105. Wei Jiang,Ming Mao,and You-Nian Wang,“ A time-dependent analytical sheath model for dual frequency capacitively coupled plasma,Phys. Plasma 13,accepted (2006).2005104. Da-Peng Zhou,You-Nian Wang,and . Miskovic,Dynamic polarization effects in ion channeling through single-wall carbon nanotubes,Phys. Rev. A 72,023202(2005).103. Yuan-Hong Song,You-Nian Wang,and . Miskovic,Vicinage effects in energy loss and electron emission during grazing scattering of heavy molecular ions from a solid surface,Phys. Rev. A 72,012903(2005).102. Yuan-Hong Song,You-Nian Wang,and Z. L. Miskovic,Theoretical study of swift molecular ions specularly reflected from solid surfaces under glancing angle of incidence,Nucl. Intsr. & Methods. B 230,158(2005).101. D. J. Mowbray,Z. L. Miskovic,. Goodman,and You-Nian Wang,Dynamic interactions of fast ions with carbon nanotubes,Nucl. Intsr. & Methods. B 230,142(2005).100. Z. L. Miskovic,F. O. Goodman,Yuan-Hong Song,and You-Nian Wang,Stochastic effects of charge transfer on image interaction and plasmon excitation in ion-surface grazing scattering,Nucl. Intsr. & Methods. B 230,391 (2005). Wang,You-Nian Wang,and Z. L. Miskovic,Coulomb explosion and energy loss of fast C_60 clusters in plasmas,Phys. Plasma,12,042702(2005).98. Lu-Jing Hou,You-Nian Wang,and Z. L. Miskovic,Formation and rotation of two-dimensional Coulomb crystals in magnetized complex plasma,Phys. Plasma,12,042104(2005).97. Ke Jiang,Lu-Jing Hou,and You-Nian Wang,Interactions of a projectile charge with two-dimensional dusty plasmas,Chinese Phys. Lett. 22,1713(2005).96. Ming Mao and You-Nian Wang,Self-consistent kinetic description of the low-pressure solenoidal inductively coupled argon discharge,Plasma Sci. & Techn. 7,2640(2005).95. Zhen-Qun Guan,Zhong-Ling Dai,and You-Nian Wang,“Simulations of dual rf-biased sheaths and ion energy distributions arriving at a dual rf-biased electrode”,Phys. Plasma,12,123502 (2005)94. Zheng-Feng Ding,Jing-Chao Sun and You-Nian Wang,“Influences of Discharge Parameters on Tuned Substrate Self-bias in a Radio-frequency Inductively Coupled Plasma”,Plasma Sci. & Techn,7,3117 (2005).93. Jiu-Li Wang,Gu-Ling Zhang,You-Nian Wang et. al.,“Grid-shadow effects in grid-enhanced plasma source ion implantation”,Surf. Coat. Techn. 92,101 (2005).92. Li Wei,Shaowen Sun,and You-Nian Wang,“Influence of nonlinear absorption effects on optical bistability in semiconductor ring resonators,Opt. Laser Techn. 37,432(2005).200491. Lu-Jing Hou,You-Nian Wang,and Z. L. Miskovic,Theoretical study of laser-excited Mach cones in dusty plasmas,Phys. Rev. E 70,056406(2004).90. Lu-Jing Hou,You-Nian Wang,and Z. L. Miskovic,Two-dimensional radio-frequency sheath dynamics over a nonflat electrode with perpendicular magnetic field,Phys. Plasmas 11,4456(2004).89. Lu-Jing Hou,You-Nian Wang,and Z. L. Miskovic,Two-dimensional fluid simulation of collisional plasma sheath over rf powered electrode with cylindrical hole ,Plasma Sci. & (2004).88. Ding Zhenfeng,Huo Weigang,Wang Younian,The tuned substrate self-bias in a radio-frequency inductively coupled plasma,Plasma Sci. & Techn. 6,2549(2004)87. D. J. Mowbray,Z. L. Miskovic,. Goodman,and You-Nian Wang,Interactions of fast ions with carbon nanotubes: Two-fluid model,Phys. rev. B 70,195418 (2004).86. L. Wei and You-Nian wang,Electromagnetic wave propagation in single-wall carbon nanotubes,Phys. Lett. A 333,303(2004).85. Zhong-Ling Dai and You-Nian Wang,Simulations of ion transport in a collisional radio-frequency plasma sheath,Phys. Rev. E 69,036403 (2004)84. Z. F. Ding,L. W. Chen,and You-Nian Wang,Splitting and mating properties of dispersion curves of wave modes in a cold magnetoplasma-filled cylindrical conducting waveguide,Phys. Plasmas 11,1168 (2004)83. Gui-Qiu Wang and You-Nian Wang,Influence of strong laser fields on Coulomb explosions and energy losses of correlated-ion clusters in plasmas,Phys. Plasmas 11,1187 (2004).82. You-Nian Wang and Z. L. Miskovic,Interactions of fast ions with carbon nanotubes: self-energy and stopping power,Phys. Rev. A 69,022901 (2004).81. Hong-Wei Li,You-Nian Wang,and Z. L. Miskovic,Interactions of fast C_20 clusters with solids: Coulomb explosions,charge states,and energy losses,J. Phys: Condens. Matter 16,1231 (2004).80. Ming Mao and You-Nian Wang,Influence of external magnetic field on anomalous skin effects in inductively coupled plasmas,Chinese Phys. Lett. 21,511 (2004).79. Xue-Chun Li and You-Nian Wang,Secondary-electron emission effects in plasma immersion ion implantation with dielectric substrates,Chinese Phys. Lett. 21,364 (2004).78. D. J. Mowbray,Z. L. Miskovic,. Goodman,and You-Nian Wang,Wake effect in interactions of fast ions with carbon nanotubes,Phys. Lett. A329,94 (2004).77. Cun-Sheng Ren,Zong-Xin,You-Nian Wang,and Hung YU,“ Corrosion behavior of TiN films prepared by vacuum ard deposition and nitrogen ion beam dynamic mixing implantation”,Surf. Coat. Techn. 185,210 (2004).76. Jiang-Liang Zhang,Chang Tan,Wen-Chun Wang,and You-Nian Wang,“A spectroscopic scheme to measure the expansion velocity of ablation plasmas formed by high intensive pulsed ion beam”,Vacuum 73,673 (2004).75. Wen-Chun Wang,Feng Liu,Jia-Liang Zhang,Yue Liu,and You-Nian Wang,“Study on density distribution of high energy electrons in pulsed corona discharge”,Vacuum 73,333(2004).74. Jiu-Li Wang,Gu-Ling Zhang,Yuan-Fu Liu,You-Nian Wang et al.,Influence of ion species ratio on grid-enhanced plasma source ion implantation”,Chinese Phys. 13,65 (2004).73.王久丽,张谷令,王友年等, “等离子体源离子注入鞘层及鞘层扩展动力学计算方法”,《科学通报》,第49卷,410(2004)。72. 李雪春,王友年,“介质靶表面的充电效应对等离子体浸没离子注入过程鞘层特性的影响”,《物理学报》, (2004).71. 芦岩,王友年,“碰撞对非对称射频鞘层特性的影响”,《物理学报》, (2004).2003-199070. Gui-Qiu Wang,You-Nian Wang,and Z. L. Miskovic,Coulomb explosions and energy loss of molecular ions in plasmas,Phys. Rev. E 68,036405(2003)69. Yuan-Hong Song,You-Nian Wang,and Z. L. Miskovic,Kinetic electron emission induced by grazing scattering of heavy ions form metal surfaces,Phys. Rev. A 68,022903 (2003).68. Lu-Jing Hou,You-Nian Wang,and Z. L. Miskovic,Induced potential of a dust particle in a collisional radio-frequency sheath,Phys. Rev. E 68,016410 (2003).67. Z. L. Miskovic,F. O. Goodman,. Liu,and You-Nian Wang,Stochastic treatment of nonequilibrium ion stopping in solids,Phys. Rev. A 67,012902 (2003) Dai and You-Nian Wang,Comparison between characteristics of radio-frequency sheaths and pulse sheaths with insulating substrates Surface and Coatings Technology 165,224 (2003).65. Lu-Jing Hou and You-Nian Wang,Theoretical study on nonlinear resonances of a charged micro-particle in RF sheath,Acta Physica Sinica 52,434(2003)[in Chinese].64. Gui-Qiu Wang and You-Nian Wang,Influence of laser field on interaction between swift molecular ions and solids,Acta Physica Sinica 52,939(2003)[in Chinese].63. You-Nian Wang,Lu-Jing Hou,and Xiaogang Wang,Self consistent nonlinear resonance and hysteresis of a charged micro-particle in a RF sheath,Phys. Rev. Lett. 89,155001 (2002).62. You-Nian Wang and Z. L. Miskovic,Energy loss of charged particles moving in cylindrical tubules,Phys. Rev. A 66,042904(2002).61. Gui-Qiu Wang,You-Nian Wang,and Z. L. Miskovic,Influence of laser field on Coulomb explosions and stopping power for swift molecular ions with solids,Phys. Rev. A66,042901(2002).60. Zhong-Ling Dai,You-Nian Wang,and Teng-Cai Ma,Spatiotemporal characteristics of the collisionless rf sheath and the ion energy distributions arriving at rf-biased electrondes,Phys. Rev. E 65,036403 (2002).59. Zhong-Ling Dai and You-Nian Wang,“Multiple ion dynamics model for the collisionless rf sheaths and the ion energy distributions at rf-biased electrodes in fluorocarbon plasmas”,Phys. Rev. E 66,026413 (2002).58. Zhong-Ling Dai and You-Nian Wang,Dynamic sheath model at pulsed-biased insulating substrates,J. Appl. Phys. 92,6428 (2002).57. Hong-Wei Li,You-Nian Wang,and Z. L. Miskovic,“Influence of wake-potential asymmetry on charge states and Coulomb explosion of fast molecular ions in solids ”,Nucl. Instr. Methods B193,204(2002).56. Z. L. Miskovic,W. K. Liu,F. Q. Goodman,and You-Nian Wang,“Spatial distribution of ion charges in fast,partially stripped clusters traversing solid targets”,Nucl. Instr. Methods B193,221(2002).55. 邱华檀,王友年,马腾才,“碰撞效应对射频偏压电极上离子能量分布和角度分布的影响”,《物理学报》, (2002).54. 王友年,李宏伟,“尾流效应对快速双原子分子离子在固体中电荷态及分子轴取向的影响”,《物理学报》, (2002).53. Lu-Jing Hou,You-Nian Wang,and Z. L. Miskovic,“Wake effects on vertical alignment of two dust particles in a rf plasma sheath”,Phys. Lett. A292,129 (2001).52. Yuan-Hong Song,You-Nian Wang,and Z. L. Miskovic,“Energy loss of heavy ions specularly reflected from surfaces under glancing-angle incidence”,Phys. Rev. A63,052902 (2001).51. Yuan-Hong Song,You-Nian Wang,and Z. L. Miskovic,“Influence of the laser field on the interaction of energetic ions with solid surface”,Phys. Lett. A285,183(2001).50. Lu-Jing Hou,You-Nian Wang,and Z. L. Miskovic,“Interaction potential among dust grains in a plasma with ion flow”,Phys. Rev. E64,046406 (2001).49. Hua-Tan Qiu,You-Nian Wang,and Teng-Cai Ma,“Collisional effects on the radio-frequency sheath dynamics”,J. Appl. Phys. 90,5884 (2001).48. Z. L. Miskovic,F. Q. Goodman,W. K. Liu,and You-Nian Wang,“Ion-charge distributios in fast,partially stripped clusters passing thin foils”,Phys. Rev. A 64,064901 (2001)。47. Z. L. Miskovic,S. G. Davison,F. Q. Goodman,W. K. Liu,You-Nian Wang,“Stopping power of fast,partially stripped molecules and clusters: Vicinage effects in charge states”,Phys. Rev. A 63,022901 (2001).46. 戴忠玲,王友年,马腾才,“射频等离子体鞘层动力学模型”,《物理学报》, (2001).45. You-Nian Wang,Hua-Tan Qiu,and Z. L. Miskovic,“ Coulomb explosion patterns of fast C60 clusters in solids”,Phys. Rev. Lett. 85,1148 (2000).44. Xian Meng,You-Nian Wang and Teng-Cai Ma,“Effects of electron emission on steady-state plasma sheaths”,J. Appl. Phys. 88,40 (2000).43. Z. L. Miskovic,S. G. Davison,F. Q. Goodman,W. K. Liu,and You-Nian Wang,“Vicinage effects on charge states of fast clusters in solids”,Phys. Rev. A 61,062901 (2000).42. 邱华檀,王友年,“速C60离子团在固体中的库仑爆炸过程I-球壳层模型”,《物理学报》 (2000).41. 邱华檀,王友年,“快速C60离子团在固体中的库仑爆炸过程Ⅱ-分子动力学模拟”,《物理学报》 (2000).40. 孟显,王友年,马腾才,“电子发射对稳态等离子体鞘层影响的理论研究和数值模拟”,《强激光与粒子束》 (2000).39. 王友年,“载能分子离子或离子团与固体材料相互作用”,《大连理工大学学报》, ,s12 (2000).38. You-Nian Wang,Yuan-Hong Song,Z. L. Miskovic and Wing-Ki Liu,“Coulomb explosion patterns for swift hydrogen molecular ions penetrating through solids”,Nucl. Instr. Methods B153,26 (1999).37. You-Hong Song and You-Nian Wang,“Numerical simulation for H+ ion-surface scattering under grazing incidence”,Nucl. Instr. Methods B153,186 (1999).36. 王友年,“快速 在固体中穿行时产生的动力学相互作用力及库仑爆炸图形的演化”,《物理学报》,(1999).35. 宋远红,王友年,宫野,“氢离子在固体表面掠角散射及能量损失的数值模拟”,《物理学报》,(1999).34. You-Nian Wang,Z. L. Miskovic and Wing-Ki Liu “Dynamical interaction effects of the Coulomb explosions of at glancing-incidence on solid surfaces”,Phys. Rev. A 58,1287 (1998).33. Z. L. Miskovic,Wing-Ki Liu and You-Nian Wang,“Self-energy and stopping power of large energetic clusters in solids: Implications to Coulomb explosion”,Phys. Rev. A 57,362 (1998).32. Z. L. Miskovic,Wing-Ki Liu and You-Nian Wang,“Multiple scattering effects on stopping of large cluster in solid”,Phys. Rev. A 58,2191 (1998)。31. You-Nian Wang,Xeng-Lu Deng and Teng-Cai Ma,“Dependence of electronic stopping power on incidence angle for fast ions moving near solids surfaces”,Nucl. Instr. Methods B 135,164 (1998)。30. Yuan-Hong Song and You-Nian Wang,“Effects of ion-nuclues sizes on the electronic stopping power for heavy ions in solids”,Nucl. Instr. Methods B 135,124 (1998).29. 孟显,王友年,“声子-电子耦合效应对半导体表面感应电势的影响”,《物理学报》,1155 (1998).28. You-Nian Wang and Teng-Cai Ma,“Consistent calculations for the energy loss of slow ions moving in two-dimensional electron gases”,Phys. Rev. A55,2087 (1997).27. 王友年,马腾才,“载能带电粒子在物质中电子阻止本领研究进展”,《大连理工大学学报》,129 (1997).26. 王友年,“分子离子在金属表面层区域飞行时产生的感应势”,《功能材料与器件学报,第3卷,35 (1997).25. You-Nian Wang and Teng-Cai Ma,“Bethe stopping theory for fast ions moving through two-dimensional targets: Harmonic oscillator model”,Phys. Lett. A 221,134 (1996).24. You-Nian Wang and . Liu,“The energy loss of ions moving near a solid surface”,Phys. Rev. A54,636 (1996).23. You-Nian Wang and . Liu,“Wake potential of an ion moving near a solid surface”,Chem. Phys. Lett. A254,122 (1996).22. 朱武飚,王友年,邓新禄,马腾才,“负偏压射频放电过程的流体力学模拟”,物理学报,第45卷,1138 (1996).21. Y. N. Wang and T. C. Ma,Wake potential of a charged in a strongly coupled two-dimensional electron gas Phys. Rev. B52,16395 (1995).20. Y. N. Wang and T. C. Ma,Energy loss for swift ions in a strongly coupled two-dimensionalelectron gas,Phys. Lett. A 200,319 (1995).19. Y. N. Wang and T. C. Ma,Electronic stopping power for hydrogen molecular ions in solids: Influence of inner-shell electrons of target atoms,Phys. Rev. A50,3192(1994).18. 王友年,马腾才,低速分子离子在固体电子气中的散射及能量损失,物理学报,第43 卷,979(1994).17. You-Nian Wang and Teng-Cai Ma,Vicinage effects in stopping power for diatomic molecular ions in solids, Phys. Lett. A178,209 (1993).16. You-Nian Wang and Teng-Cai Ma,Numerical evaluation of the stopping power for heavy ions in solids, Nucl. Instr. Meth. B80/81,16 (1993).15. Tao Cui,You-Nian Wang and Teng-Cai Ma,A fitted expression of electronic stopping power for protons in solids,Nucl. Instr. Meth . B73,123 (1993).14. You-Nian Wang and Teng-Cai Ma,“Electronic stopping power for heavy ions in hot targets”,Phys. Rev. B47,5597 (1993).13. You-Nian Wang,Tao Cui,and Teng-Cai Ma,“Electronic stopping power for energetic protons in solids in the low and intermediate-energy regions,J. Appl. Phys. 73⑼,4275 (1993).12. Wei-Dong Shi,Xue-Ya Wen,Che-Sheng Ren,and You-Nian Wang,“Study of surface modification of WC-Co alloy by nitrogen”,Nucl. Instr. Meth. B80/81,229 (1993).11. 王友年,马腾才,“Electronic stopping power of intermediate- velocity heavy ions in solids”,Chinese Sci Bul. Vol. 38,994. (1993).10. 王友年,马腾才,“重离子束在等离子体中的能量损失”,《强激光与粒子束》 (1993).9. 王友年,马腾才,“低速离子在固体电子气中的慢化-相移和阻止本领的计算”,《大连理工大学学报》 ,105(1993).8.Teng-Cai Ma,You-Nian Wang,and T. Cui,“Numerical evaluation of the stopping power for a proton in strongly coupled electron gas”,J. Appl. Phys. 72⑻,3838 (1992).7. You-Nian Wang and Teng-Cai Ma,“Z1 Oscillation in electronic stopping power for slow ions”,Phys. Lett. A167,287 (1992).6. 王友年,马腾才,宫野,“重离子在热靶中的电子阻止本领及有效电荷数”,《物理学报》 (1992).5. 王友年,马腾才,“中等速度的重离子在固体中的电子阻止本领”,《科学通报》,第23期,2130 (1992).4. 王友年,安世民,“激光束辐照下金属材料表面合金化过程中的热传输问题”,《强激光与粒子束》,(1992).3. You-Nian Wang and Teng-Cai Ma,“Electronic stopping Power for slow atoms in solids”,Phys. Rev. A44,1768 (1991).2. 王友年,马腾才,“强耦合简并电子气中离子的阻止本领和能量偏离的计算”,《计算物理》 ,235(1990).1. You-Nian Wang and Teng-Cai Ma,“Stopping power and energy loss straggling of slow proton in a strongly coupled degenerate electron gas”,Nucl. Instr. & Methods B51,216 (1990).