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- Physics Tomorrow Universal Trust | Physics Tomorrowhttps://static.wixstatic.com/media/04176b_8a165ed0f46f43d09e08845ad6136171~mv2.jpg https://static.wixstatic.com/media/04176b_8a165ed0f46f43d09e08845ad6136171%7Emv2.jpg
Physics Tomorrow Universal Trust is a new organization which financially helps people always. We get donations from many kind people and that money we distribute to other people as per their requirement alike health, education, fooding issues etc. 物理明天普遍信托 动机 Physics Tomorrow Universal Trust (PUT) 旨在为真正需要资金用于健康状况、教育目的、食品需求等方面的人们提供财政支持。 目前仅接受使用 UPI 模式付款 ||您可以扫描并向我们的信托基金汇款。对于外国捐赠者,接受Paypal模式。 我们如何做 ? 我们愿意接受许多好心人的捐款。所以当我们得到足够的资金时, 然后根据要求和优先级基本我们提供财务支持。 目前,我们没有任何选择来证明我们的非营利性工作的真实性,但我们相信,如果我们得到您的支持,那么我们一定有一天会得到信任。
- Elio Conte | Physics Tomorrowhttps://static.wixstatic.com/media/04176b_8a165ed0f46f43d09e08845ad6136171~mv2.jpg https://static.wixstatic.com/media/04176b_8a165ed0f46f43d09e08845ad6136171%7Emv2.jpg
On Wave Function Collapse in Quantum Mechanics in the case of a Spin system having three anticommuting operators || Foundations of quantum mechanics; quantum collapse; commutation relations of Pauli matrices || We use a two states quantum spin system S, and thus considering the particular case of 论具有三个反对易算子的自旋系统的量子力学中的波函数坍缩 埃利奥·孔蒂 抽象的- 我们使用两态量子自旋系统 S,因此考虑三个反对易元素的特殊情况 以及푒3的测量。我们证明,在波坍缩期间,我们有一个标准的自旋交换关系到新的交换关系的转变,这发生在 S 系统与宏观测量系统 M 的相互作用期间。接受这种观点的原因是它导致S系统的干扰因子和费米子产生和湮灭算子的破坏,而无需基于使用哈密顿量或其他方法的进一步阐述。通过这个公式,我们提出了一种试图解决波函数坍缩问题的新方法。在标准量子力学中使用的 Observable 的概念被解析为一个抽象实体,该实体与一个线性厄米算子相连,该算子在数学上对我们必须对波函数执行的运算进行符号化,以获得波函数的势能和可能值可观察的。它不与表征系统的许多其他算子交换,并且非交换规则在量子力学中具有基本作用。它们具有必须在非测量和测量过程的每个阶段进行分析的逻辑。当我们考虑波函数坍缩的动力学时,我们必须考虑到观察到的 Observable 在测量期间变成了一个数字,具有适当的测量统一性,因此在测量之前连接到的线性厄米算子消失并取而代之,它似乎是一个新的算子,它与旧的和消失的算子所连接的其他算子保持不可交换性。
- FAQs | Physics Tomorrow Letters
Here is the frequently asked questions from Physics Tomorrow Letters team. Read the published FAQs to solve your query within an instant. 精选的常见问题解答 物理明天快报 Latest FAQs and highlights for authors What is InspectTyper solution ? InspectTyper solution is a service to the scholars and scientists to help them in writing their research thesis, articles, papers, communications etc. Is InspectTyper a free service ? InspectTyper is not free to the clients. Depending on the availability of special considerations this service could often be free of cost. How InspectTyper works ? InspectTyper solution is a professional and skilled editorial service to the authors who either do not have time to write the research articles or they are not expertise in writing and as a consequence of that SCOPUS or SCI journals are rejecting the articles many times. Do the InspectTyper give a guarantee of SCOPUS or SCI publisher's acceptance? The quality of the research article is responsible to get accepted in the journals. The InspectTyper will redesign and rewrite your article which will increase the acceptance chances. Word of Chief Editor Physics Tomorrow Letters is a thrice Reviewed monthly online journal, that accepts innovation and exclusive research works in all spheres of Science from researchers and scientists in their respective fields. This journal aims to disseminate high-quality research works in the form of Original Research Papers, Case Reports, Review Reports, etc to science. The quality papers published are inline and acceptable by the Physics Tomorrow Letters Council of India (PTLCI), Other Statutory Authorities in India and across the World. The journal is released every 30th of the Month. Editor's note Physics Tomorrow is a not-for-profit organization that provides the best opportunity for people for publishing their quality research papers at a minimum cost. The most crucial thing is the research program. Physics Tomorrow gives the funding for research to the students and the researchers. Because we always value your thoughts and research. What about the Grammarly partnership ? Grammarly Inc. is a professional service that automatically reforms an article professionally. The partnership with Grammarly Inc. provides the best class editors by the Grammarly company who works with InspectTyper in a specific method to deliver the SCOPUS and SCI addicted manuscripts.
- Submission central | Physics Tomorrow
Submission central - Physics Tomorrow. Submit your manuscript online to Physics Tomorrow Letters. No need to mail your paper except the special issues. Check the honorarium for publications form the respective link. Read every instruction carefully before making a submission. Thank you. Physics Tomorrow Letters 投稿门户 Get Your Manuscript Edited No APC payment plans Enquiry on publication fee Infromation to Authors' Authors' Benifits Open Access Policy Terms of Reuse Editorial Guidelines 基本信息 家 支持 关于 电子邮件 提交您的手稿 网上投稿 电子邮件提交 影响因素 仔细读 用于在线提交 作者必须 遵循以下几个步骤。 提交的要点 提交的文件只能是 .pdf 或 .doc 格式。任何类型的补充文件(如图像)都应包含在手稿的最后一页。如果有任何数据表,请在提交表格的补充选项中选择是,提交后作者将收到 PTL 的确认电子邮件,然后我们的团队将指导您如何提交其余文件。 根据 PTL 标准,每个提交都应使用正确的模板。 一份提交必须包含求职信。下载求职信模板,填写表格并以上传前的格式保存为.pdf。 如果您不想单独提交求职信,请填写提交表格中的所有信息。 提交后,您将获得唯一的稿件ID 以确保其安全。 确保您已经在 PTL SciGateway 注册,如果没有, 请单击此处。 During submission, authors must select the specific journal name. The authors can also select multiple journals if they feel to choose. Note- If one manuscript gets accepted in multiple journals the authors will be able to publish only one journal only the rest will be automatically cancelled. Every individual journal has different acceptance rates and review times. The authors must go through the related webpage. After submission anytime the authors could be contacted by the publication department as per reviewers' requirements. 加入为 编辑 审稿人 扩展索引 科学引文 (SCI) 斯科普斯 提交已打开 网站设计简单。从搜索栏中获取任何内容。 PTL 奖学金 最佳论文奖 研究赞助 六月提交的作品将有资格获得奖励和奖学金。获取较早发布,以便稍后申请。 理论物理快报 影响因子 1.2 了解更多期刊
- Shiva Deb | Physics Tomorrowhttps://static.wixstatic.com/media/04176b_8a165ed0f46f43d09e08845ad6136171~mv2.jpg https://static.wixstatic.com/media/04176b_8a165ed0f46f43d09e08845ad6136171%7Emv2.jpg
Dark Core: A New Finding about the Mystery of Gravity. This paper explains a mysterious fact about Gravity which has been discovered after 11 years of research. Gravity is not the way Newton, Einstein or other physicists have thought over the years.
- Editorial members | Physics Tomorrowhttps://static.wixstatic.com/media/04176b_8a165ed0f46f43d09e08845ad6136171~mv2.jpg https://static.wixstatic.com/media/04176b_8a165ed0f46f43d09e08845ad6136171%7Emv2.jpg
Physics Tomorrow editorial member and reviewers page. Send your resume to physicstomorrow2016@gmail.com by mentioning your choice either editorial member or reviewer. 今天将您的简历发送至 physicstomorrow2016@gmail.com 通过提及您对 编辑 成员或审稿人的兴趣。 编辑指南 将您的简历邮寄给我们 法特玛博士 SARF Canakkale Onsekiz Mart 大学物理系物理/博士学位 阅读个人资料 物理系 L-207 Çanakkale/土耳其 物理明天理论物理快报|| 2019 年 4 月 22 日加入 维卡斯·杜贝博士 比莱理工学院,赖布尔 助理。教授 阅读个人资料 物理系 物理明天材料科学快报|| 2019年5月1日加入 博士。 德巴尔卡 穆霍帕季耶 阿达玛斯大学,加尔各答 计算机科学与工程系 副教授 阅读个人资料 计算机科学与工程 物理学明天纳米技术快报|| 2019年5月6日加入
- Sponshorships | Physics Tomorrowhttps://static.wixstatic.com/media/04176b_8a165ed0f46f43d09e08845ad6136171~mv2.jpg https://static.wixstatic.com/media/04176b_8a165ed0f46f43d09e08845ad6136171%7Emv2.jpg
Physics Tomorrow Letters is the online research publication platform. SCI and Scopus indexed journal. Rapid publication. https://static.wixstatic.com/media/04176b_8a165ed0f46f43d09e08845ad6136171~mv2.jpg eGift Card $1,000 You can't go wrong with a gift card. Choose an amount and issue a card. The user can easily pay APC for any journals or purchase any subscriptions and locked content on our database. 金額 $1,000 $2,000 數量 立即購買
- Fabrication of Non-volatile Charge Storage Memory Device by ZnO
Fabrication of Non-volatile Charge Storage Memory Device by Novel doped ZnO nanoparticles with 4.79 eV bandgap. SOUDIP SINHA ROY Theoretical Physicist Quantumorbit Synthesis Pvt. Ltd., India soudipsinharoy@(gmail.com, physicist.net) 新型掺杂 4.79 eV 带隙 ZnO 纳米粒子制备非易失性电荷存储器件 苏迪普辛哈罗伊 理论物理学家 量子轨道 合成列兵。有限公司,印度 soudipsinharoy@(gmail.com, physicist.net) 全文 抽象的 Ñowadays, 在技术纳米材料的急剧参与已牵涉与主要目的的性能优化的各种应用,尺寸 缩小 ,超低功耗等来克服微型设备的基本限制。这是必要的阶段,熟悉 在 加快应用科学为人类的流量 为目的 的传统 大型 技术 的一个方便的选择 。本文介绍了两种新型的非易失性器件结构,它们是通过 层 沉积方法逐层制造的。两个样品的 IV 测量证明器件特性为 p 型 - 绝缘体 -n 型配置。该测量证实,这些设备的制造成功,证明 相比 于从前的报告的载流子的 改进的 寿命 的 高密度 的电荷的能力 。该器件的测量阈值电压为 0.939V。 所制造器件的二极管特性 关键词:氧化锌,电荷存储装置,量子物理学,纳米技术 一、简介 要展开纳米 已经 呈现空有其态射,以迅速的性能表现尺度了激烈的维 下来缩放 分子和他们的应用程序隐藏的奥秘 。分子信息技术的操纵有许多现有的方法 ,例如 分子非易失性存储器 、电子 自旋器件、纳米 存储器 、基于量子点岛的器件、电容器件等,这些方法已经证明了它们在二进制逻辑和存储设备应用中的优越活性。如今,硬盘的实用性已经变得相当关键和即时,号称更小、更快地满足 了人类 当前的需求。非易失性电荷存储器件的制造开辟了一条在几纳米 区域内 具有数百万电荷存储容量的便捷途径。在这 封信中 , 报道了基于 ZnO 纳米颗粒的 非易失性存储器件,它为器件效率提供了更好的优化。为了制造该器件,涉及三种主要材料,即 PMMA、Ag NPs、ZnO NPs。在另一种类型的器件中,使用 Nafion 制造,它展示了 p- in 二极管的基准。 PMMA层被用作 隧穿 势垒对提供到 截止状态时的偏置的应用,但电阻期间 被 隧道传送 的电子的路径中的电子 。它还在截止状态下充当电子的高阻抗,通过保护反向 隧穿 来抵抗放电。为了制造该器件,使用了 ZnO 和 Ag 掺杂的 ZnO NPs,并将其专门 溅射 在 ITO 的表面上。已经介绍了两种不同类型的器件,首先 检查了 ITO/PMMA/Nafion,然后是掺杂 Ag NPs 的 ITO/PMMA/ZnO-NPs。掺杂的 ZnO 层的带隙减小,作为电子跳跃状态工作,并允许在超低功率输入下运行。 2. 非易失性存储器件的背景 自 19 世纪的最后 20 年以来,纳米技术的进步为当前技术带来了许多新的应用,以加速其电流超过其基本极限。分子技术已经消除各种并发症在器件制造和操作例如杂质不一致,热载流子扩散, 升高 光刻等,其真正克服了不想要的故障在 电路 的费用 和严格收缩叠加状态的数目。在最近发表 的文章 中报道了[1,2]隧道电流取决于屏障电阻率 隧穿 得到 动态违反由于工作温度变化。因此,温度稳定性也是选择最终器件性能的关键点。 通过分子薄膜技术合成非易失性存储器件在几年前就已经完成。浮栅 MOS 器件在电荷存储方面的性能也可以接受,但存储密度较小,运行速度较低。纳米粒子的参与 会产生 具有宽带隙的高表面积,从而存储高密度数据和优化的运行速度,具有超低功耗和微小故障。展览 在 ITO 和 Ag NPs 层之间。另一份报告指出,结构 ITO/aC/ZnO/aC/Al 触点在开关速率和电荷存储能力方面也表现出非常高的优化,其中两个 aC 结合了其作用,基于 ITO/PMMA/Ag NPs 的器件之前已经报道过,表现出优越的性能适应性[2]。 由于将 PMMA 层作为 典型的绝缘体 [1] ,ON/OFF 比(开关率)也得到了显着提高。 3. 的准备 各自的纳米粒子 以下纳米粒子用于器件制造过程。这种纳米材料的合成过程非常简单、便宜且省时。所涉及的化学品易于商业获得。化学品清单如下。 硼氢化钠(NaBH4); AgNO3 ;个人对战;醋酸锌-二水合物 (Zn(COOCH3)2.2H2O); 异丙醇 (CH3 CH2 CH2 哦);乙醇胺(C2H7 不)。 3.1。 ZnO NP制备方法 作为前体,市售醋酸锌二水合物 (Zn(COOCH3)2.2H2O) 使用盐并将其溶解 在摩尔质量为 60.09 g/mol 的 异丙醇 (CH3 CH2 CH2 OH) 中。 最终获得的溶液为0.5M。然后,将溶液搅拌并加入乙醇胺(C2H7 NO) 在恒定 80 搅拌期间逐滴加入 C 温度直到凝胶形成。获得凝胶后,样品在 35 ℃干燥 C直到溶剂完全蒸发掉。然而,即使在室温下,有机溶剂的蒸发速度也更快。 3.2. Ag NP制备方法 用 60ml 蒸馏水, 0.004M NaBH4 溶解并在冰浴中连续搅拌保持30分钟。在搅拌过程中,轻轻滴加 4ml 0.002M AgNO3,直至溶液颜色变为淡黄色。当封端剂轻轻添加时,一旦达到所需的颜色,0.3% PVP。之后, 立即将制备好的溶液存放在黑暗的空间中, 以避免粒子团聚。 3.3. Ag掺杂ZnO纳米粉体的制备方法 作为前体,使用可商购的醋酸锌二水合物 (Zn(COOCH3)2.2H2O) 盐并将其溶解 在摩尔质量为 60.09 g/mol 的 异丙醇 (CH3 CH2 CH2 OH) 中。 最终获得的溶液为0.5M。然后,将溶液放入搅拌中,并在搅拌 期间在恒定的80℃温度下 逐滴加入乙醇胺(C2H7NO ),直到形成凝胶。 ZnO 凝胶形成后,5% 同心 AgNO3 在冰浴内以 6000 rpm 搅拌的同时逐滴加入。一旦掺杂成功,然后通过离心样品并通过MEA洗涤几次,获得亮白色Ag掺杂的ZnO纳米粉末。 图 1 | (a) 纯 ZnO NPs (50nm) 的紫外-可见测量,(b) 放大视图以进一步澄清 由于紫外可见光学带隙近似断言 BG= 1240/拉姆达 eV。 因此,上述 ZnO 样品的计算 BG 由 1240/258.40= 4.79 eV 给出。 纯 ZnO 纳米粒子的带隙约为 3.2eV, 响应 380nm 紫外波长。但在这种 情况下 ,发现带隙的增量出乎意料,它在 258.40 nm 紫外波长处响应。在接下来的 上下文中, 这个原因将被揭示。关于这个主题的研究正在进行中。 4. 设备制造 制造是为任何理论物质提供物理方面的最终步骤。在这种情况下,已经制造了两种不同类型的设备。图 2 是基于 ITO/PMMA/ZnO NPs 的器件。该器件以电荷捕获和跳跃状态的基本基本过程运行。但第二个设备图。图 3 通过 Ag 掺杂降低了 ZnO 的带隙,从而实现了以优化的 ON/OFF 比运行的超低功耗。 4.1。 ITO/PMMA/Naffion结构化器件 Nafion的化学式是C7HF13O5SC2F4·。最初,ITO 在超声波发生器中用同心乙醇和丙酮反复清洗,然后在室温下干燥一小时。之后,通过合适的旋涂机将 ITO 暴露于 PMMA 并保持 24 小时。在室温下用于干燥目的。生长厚度为 40nm。干燥完成后,将高度纯化的 nafion 滴注到 ITO 干燥的 PMMA 表面上并干燥 24 小时。在室温下。 图 2 | ITO/PMMA/Nafion结构化器件 4.2. ITO/PMMA/Ag掺杂ZnO器件 制作工艺 最初,ITO 在超声波发生器中用同心乙醇和丙酮反复清洗,然后在室温下干燥一小时。之后,将 ITO 暴露于 PMMA 并保持 24 小时。在室温下。用于干燥目的。干燥完成后,将预合成的 Ag 掺杂 ZnO 纳米粉末稀释到 2 种丙醇中并溅射到 ITO 的干燥 PMMA 表面上,并产生 100 nm 厚的薄膜。之后,将样品在特殊用途下保持真空 48 小时。 图 3 | ITO/PMMA/Ag NPs/Ag掺杂ZnO结构器件 5. 通过 IV 进行性能论证 和 CV 测量 5.1。 基于 naffion 的 设备的 IV 测量。 IV 测量是允许研究任何多极器件的电流与电压映射的技术。在这种情况下,两个制造的器件都是通过 IV 测量验证的双极系统。 图 4| 基于 ITO/PMMA/Nafion 的设备的 IV 测量曲线 从上图 4 中可以清楚地看到,该曲线类似于电子正向电流为 2.39889e-9 A 的半导体二极管。与先前报道的器件相比,电流较高 [2]。这种高电流代表在 Nafion 的导带中发现电子的可能性很高。一旦电子受到电场作用,然后逐渐尝试克服 PMMA 势垒界面(厚度 250nm),在一定电压后,观察到电子的隧穿现象,从图中可以清楚地看出。 3. 在 0.831V 到 0.939V 的电位范围内,有一个电子跃迁,产生一个小的谷峰,满足通过 PMMA 薄膜的电子隧道效应。上谷提供 1.422e-9 A 电流,该电流立即下降至 1.4444e-10 A。从 0.939V 开始,该器件具有标准二极管特性。因此,该器件的阈值电压为 0.939V。从 -2V 到 +2V 的测量确保了这种二极管特性是合理的,并且符合标准的半导体器件。 5.2. 基于 Nafion 的设备的 CV 测量 基于 nafion 的样品的循环伏安法测量。将 K+ 离子保留在溶液中,进行 CV 测量。 图 5| 带有 IV 四探针测量系统的基于 ITO/PMMA/Nafion 的设备的 IV 测量曲线 图 6| 基于 ITO/PMMA/Nafion 的设备的 CV 测量曲线 根据 CV 分析,如果设备是完全可逆的,那么显然 ipa/ipc 应该等于 1。但在这种情况下,该比率与 1 相差 4.3170 倍。阳极电流 IPA 为 0.000351429A,阴极电流为 0.00151714A。在正向循环的情况下,电流相对于反向循环比较高。因此,可以确定该设备具有非易失性。这种非易失性以电荷支撑能力的形式出现。正向和反向两个循环之间的指定间隔为 2 秒。 5.3. 基于 Ag 掺杂的 ZnO 器件的 IV 测量。 图 7| ITO/PMMA/Ag 掺杂 ZnO NPs 基器件的 IV 测量曲线 从该测量曲线图 7 可以看出,该曲线遵循标准 p- in 特性。中间绝缘层的加入使器件不同于一般的 pn 二极管半导体器件,其中 p 型和 n 型半导体由称为 耗尽 层的自感应绝缘层连接和分离。但是,当这个耗尽层被掩模制造时,器件特性变为 p- in 特性,其中电子 隧穿 通过绝缘层发生。 根据隧穿 势垒 的厚度, 隧穿 电流会发生变化并给出搜索 隧穿 电流,该电流通常会产生 如图 8 所示的振荡。根据测量 曲线 ,在 3.984V 时获得的最大稳定电流输出为 3.2e-5 A . 此器件测得的阈值电压为 0.339V。 该图的完整框架如下图所示,图中突出显示的部分具有类似噪声的现象,这主要是由 施加的电位范围内 不需要的和不受控制的电子隧穿引起的,图 8。 图 8| 基于 ITO/PMMA/Ag 掺杂的 ZnO NPs 器件的 IV 测量曲线的完整曲线。 6. 结论 这项工作是为了制造基于 ZnO 和金属掺杂 ZnO 纳米粒子的非易失性器件。与四探针 IV 特性测量相结合,这些器件已证明两者都具有非易失性,并且具有非常低的阈值电压,可以在非常低的功率下触发器件。两种器件的电荷存储容量都有显着提高。 ZnO 的意外带隙正在通过若干观察和实验得到验证。在以后的文章中,可能会遇到这种情况。 参考 [1] 李福山,等。 , “嵌入无定形碳层中的 ZnO 纳米粒子的非易失性记忆效应”,日本应用物理学杂志 49(2010)070209。 [2] Biswanath Mukherjee 和 Moumita Mukherjee,“基于 Ag 纳米颗粒的非易失性存储器件:特性改进”Applied Physics Letters 94, 173510 (2009); doi :10.1063/1.3127233。 [3] VL Covin、MC Schlamp 和 AP Alivisatos:自然(伦敦)370(1994)354。 [4] T. Homma、T. Kutsuzawa、K. Kunimune 和 Y. Murao:固体薄膜 235 (1993) 80。 [5] M.堀江:J. Vac。科学。技术。一个 3 (1995) 2490。 [6] S. Mizuno、A. Verma、H. Tran、P. Lee 和 B. Nguyen:固体薄膜 283 (1996) 30。 [7] HJ Ko、KM Lee、HJ Lee 和 CK Choi:固体薄膜 506–507 (2006) 8。 [8] ZJ Donhauser, BA Mantooth, KF Kelly, LA Bumm, JD Monnell, JJ Stapleton, Jr., DW Price, AM Rawlett , DL Allara, JM Tour 和 PS Weiss, Science 292, 2303 2001。
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PTedmemFatma_SARF | Physics Tomorrow | Bibliography. She is an editorial member of Physics Tomorrow Letters. 接触 法特玛·奥祖托克 < fatmaozutok@comu.edu.tr > 国籍:土耳其 婚姻状况:已婚 教育情况: 2000 - 2005 塞尔丘克大学教育学院物理教师/执照学位 2007 – 2009 塞尔丘克大学物理系物理/研究生学位 论文题目:量子井结构中的光学声子模式(导师:Haluk Şafak 教授) 2009 – 2016 Canakkale Onsekiz Mart 大学物理系物理/博士学位 论文题目:使用金属氧化物薄膜和/或碳纳米管改性的传感器应用获得纳米复合材料(顾问:Assoc.Prof. Sani Demiri) 语言能力:YOKDIL 70(水平:良好的写作和口语 任务 : 2009 年至今: Canakkale Onsekiz Mart 大学物理系 研究助理 09.2015-02.2016: 阿尔托大学 NMG 系 客座研究员 10.2017-02.2018 伊斯坦布尔技术大学物理工程 短期学习 08.10.2018-今天: 伊斯坦布尔技术大学材料工程 FUK-2018-2613项目研究 研究领域: 2009-2014 USP 技术(Çanakkale Onsekiz Mart 大学固态实验室。) 2014-2016 旋涂,CBD 技术(Çanakkale Onsekiz Mart 大学材料实验室。) 2015 FC-CVD 工艺(阿尔托大学 NMG 实验室),碳纳米管。 2009-2016 II-VI 金属氧化物(ZnO、ZnS 等)和薄膜。 2009-2016 紫外-可见光谱(Çanakkale Onsekiz Mart 大学材料实验室)。 2013 发光(维也纳大学,短期课程,发光光谱)。 2014 年发光(安卡拉大学,核科学系,认证研讨会)。 2014-2016 气体传感器,电学特性(Gazi Univ., University Nano Lab.) 奖项和奖学金: 2014年青年企业家大赛,一等奖。土耳其塞拉尔巴亚尔大学。 2015 MEB-CIMO 博士级研究奖学金。芬兰阿尔托大学。 组织责任: 2014年高中理科教师(技术员)讲习班。 Güzelyalı IDA KALE 酒店,土耳其。 正在进行的项目: 2018.Çanakkale Onsekiz Mart大学,科学研究项目委员会(授权号:FUK-2018-2613)(协调员) 会议: 2011 年海报,第七届纳米科学和纳米技术会议 (NANOTR-VII),伊斯坦布尔/土耳其。 2011 年海报,先进复杂无机纳米材料国际研讨会,那慕尔/比利时。 2014 年海报,IZTECH 固态会议,伊兹密尔/土耳其。 2014 年海报,UGHEK 2014,埃斯基谢希尔/土耳其。 2014 年海报,Hacettepe 大学固态会议,安卡拉/土耳其。 2015 年海报,NanoTR-11 在 METU,安卡拉/土耳其。 2016 年口头报告,TFD 32。国际物理大会,穆拉/土耳其。 2016 年海报,第 18 届全国光学、电光和光子研讨会,安卡拉/土耳其。 2016 年海报,全国 CMP-22 会议,安卡拉/土耳其。 2017 年海报,IZTECH 固态会议,伊兹密尔/土耳其。 2017 年海报和口头报告,第四届分子光谱学国际会议,克拉科夫/波兰。 2017 年口头报告,ISCMP 国际材料和聚合物大会,奥赫里德/马其顿。 2019 口头报告,VI。国际数学、工程与自然与健康科学大会, 阿达纳/土耳其 出版物: 2019 Sarf F.,“薄膜的先进电池应用”,SCIERA 材料杂志,4:14-31。 2018 Sarf F. 和 Yakar E.,“根据复合剂比例对 ZnFe2O4 薄膜的研究”,Çanakkale Onsekiz Mart 自然与应用科学研究生院大学学报,4(2):200-211。 2018. Özütok F. 等。用 MWCNTs 的装饰增强 ZnO 薄膜的 CO 气体传感性能', Journal 材料科学:电子材料(https://doi.org/10.1007/s10854-018-0288-2 )。 2018. Özütok F. 和 Yakar E.,“PB-ZnO 和 PB-ZnO/MWCNT 纳米复合材料的光学和电化学性能 化学浴沉积的薄膜”,电化学系统新材料杂志,21:119-126。 2018 Özütok F. 和 Yakar E.,“退火时间对 Zn(O,OH,S) 薄膜在 ZnO 种子层上的光学性质的影响 在非真空环境下,萨卡里亚大学科学杂志,22(6):9 页。 DOI:10.16984/saufenblder.34975。 2018 Özütok F. 和 Yakar E.,“硫浓度对 ZnO 种子上 ZnS 薄膜光学性质的影响 化学浴沉积合成层”,应用光谱学杂志,(ZhPS) 85 (3):351。 2018 Özütok F. 等,“不同铝源对 ZnO 薄膜 NH3 气体传感性能的影响”, 电子材料杂志,47(5):2648-2657.(doi.org/10.1007/s11664-018-6099-7)。 2017 Özütok F. 和 Demiri S.,“改性化学浴沉积制备的纳米花状 ZnO 薄膜:合成, 光学特性和 NO2 气体传感机制”,纳米材料和生物结构文摘杂志,12,309-317。 2016 Özütok F. 等,“Electrochromıc NiO Thın Fılms Prepared by Spın Coatıng”,AIP 出版大会 诉讼,第 1815 号,050011。 2012 Özütok F. 等,“ZnS:Mn 薄膜的生长、电学和光学研究。”,ACTA PHYSICA POLONICA 系列 A 12120 (78)。 2012 Özütok F. 等,“超声波喷涂 ZnO 薄膜的研究:热退火效应。”,ACTA PHYSICA POLONICA 系列 A 121(1) 已完成项目: 2016 Çanakkale Onsekiz Mart 大学,科学研究项目委员会(授权号:FDK-2015-470) (研究员) 2016 Çanakkale Onsekiz Mart 大学,科学研究项目委员会(授权号:FBA-2016-1051) (协调员) 2017 Çanakkale Onsekiz Mart 大学,科学研究项目委员会(授权号:FBA-2017-1265) (协调员) 2017 Çanakkale Onsekiz Mart 大学,科学研究项目委员会(授权号:FBD-2017-1321) (研究员) 评估论文: 印度材料科学研究:钛酸铜钙的相形成和形态特征通过改进的固态工艺,2019 年 3 月。 印度材料科学研究:基于不饱和聚酯树脂和乙烯基酯与椰果纤维的复合混合物的拉伸和冲击性能:各种处理对纤维的影响,2019 年 4 月。
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- TPL vol-6 | Physics Tomorrow TPL
Physics Tomorrow Theoretical Physics Letters TPL is an international thrice reviewed journal which publishes the novel research and review articles on every dimension of the physics. The current impact factor is 1.4 as per 2019 update. 明天的物理 理论、实验和观察 物理快报(PTEL) (影响因子 1.4) (2019年12月记录) 基本信息 家 支持 关于 电子邮件 编者的话。 | PTEL是开放的 访问涵盖理论、实验和观测物理学最新趋势的国际期刊。这旨在提供一个很好的机会 世界各地的主要研究人员发表他们的 有价值的作品至少获得酬金。因为我相信伟大的想法是无价的。 在 ptlsubmission@gmail.com 提交您的论文 欲了解更多信息,请访问wikipt.org/ptl 纸模板 .doc 求职信模板.doc 2020 年 3 月第 6 卷 提交您的手稿 网上投稿 电子邮件提交 影响因素 手稿准备 加入为 编辑 审稿人 见刊物酬金 提交你的手稿 让我们提出一个特别的问题 打开第 4 卷 阅读 Priprints 版本 扩展索引 科学引文 (SCI) 斯科普斯 提交已打开 网站设计简单。从搜索栏中获取任何内 容。 PTL 没有任何最后提交日期。我们总是接受提交。 使用量子点蜂窝的非易失性设备架构 自动机 苏迪普·辛哈·罗伊1 理论物理学家 明日物理总监 soudipsinharoy@{gmail.com;physicist.net} 电话:+91 8327656228 Anusua Chakraborty2 RBU 加尔各答 Anusuachakraborty2016@gmail.com 键: 量子点;非易失性存储器;电阻式记忆;纳米晶体器件;纳米电子学。 下载全文 读 2020 年 3 月 24 日 引用这篇文章 PTL 奖学金 最佳论文奖 研究赞助 六月提交的作品将有资格获得奖励和奖学金。获取较早发布,以便稍后申请。 2020 年 3 月 24 日 引用这篇文章 下载全文 读 物质的真实本质 (关于电子和暗物质的原子结构的新理论) 罗伯特·史密斯 7 Taylor Way, Warwick Gates, 沃里克 CV34 7BJ robert1smith333@btinternet.com 键: 电子;暗物质;负质量;排斥重力;杨氏狭缝实验。







