mlsa-iai-msu-lab/ru_sci_bench_zho_cite_reranking huggingface dataset:
卵巢癌化疗诱导周围神经病变的作用机制与临床研究进展

紫杉醇联合铂类化疗是晚期卵巢癌的一线标准化疗方案。化疗对提高临床有效率,延长患者无进展生存期及总体生存率有积极的意义,但可诱导周围神经病变(PN)发生,导致化疗延迟或停止,从而影响化疗药物的疗效。化疗诱导的周围神经病变(CIPN)症状持续存在影响卵巢癌患者的生存质量,因此了解化疗诱导CIPN的作用机制及危险因素尤为重要。本文就紫杉醇及铂类药物导致CIPN的发病机制及卵巢癌CIPN的发病率、危险因素、不良影响及防治研究进展进行综述。
Evolutional Attitude Based on Option Prioritization for Conflict Analysis of Urban Transport Planning in Pakistan

This paper constructs a dynamic conflict model that considers DecisionMakers’ (DMs) evolutional attitude using the option prioritization.The proposed evolutional attitude approach is based on the framework of the Graph Model for Conflict Resolution (GMCR).Compared with the existing state-based preference,the option prioritization is a more convenient and efficient approach to analyze larger models with consideration of the evolutional attitude,which exists broadly in the evolutional conflicts in reallife.This study reveals how the evolutional attitude of a DM succeeds in the overall evolution of conflict.The analysis unfolds that DMs change their attitude(s) consequent upon the changes in DMs and options available to them as conflict evolves from one level to the next.The changes in attitude of DMs during dynamic conflict situation have substantial effects on the equilibrium outcomes of a conflict.The proposed evaluation attitude-based approach is employed to analyze the conflict between the Punjab Government (G) and Heritage Campaigner and the Public (P) in Pakistan that appeared due to the inappropriate design,planning,and construction of an urban transport system project in Lahore,Pakistan.The present study demonstrates the modeling procedure of a two-level evolutional attitude-based conflict analysis.The results of the stability analysis reveal that improper (negative) attitude may result in undesirable and unexpected consequences,such as project temporalities and delays.This research provides a foundation for future research in urban project planning that employs strategic ways to avoid disputes caused by DMs’ attitudes.
Lotus-stalk Bi_4Ge_3O_(12) as binder-free anode for lithium and sodium ion batteries

Alloyed-type anode materials with high-energy density for lithium and sodium ion batteries attracted much attention of the researchers. However, substantial volume expansion of these materials in the devices during repeated electrochemical process leads to fast capacity fading and hinders their further practical application. Nanotechnology could act as a useful tool to effectively address the issue. Herein, lotus-stalk Bi_4Ge_3O_(12) nanosheets vertically grown on the nickel foam (denoted as Bi_4Ge_3O_(12) NSs@NF) were prepared via a straight-forward solvothermal method. Benefiting from their three dimensional (3D) conductive framework and two dimensional (2D) lotus-stalk Bi_4Ge_3O_(12) nanosheet structure, as anode materials of lithium-ion batteries (LIBs) and sodium-ion batteries (NIBs), the electrochemical performances of Bi_4Ge_3O_(12) NSs@NF were greatly enhanced as a result of mitigating the huge volume variations during cycles. The Bi_4Ge_3O_(12) NSs@NF electrodes delivered a high reversible capacity of 1033.1 mAh/g for the first cycle and exhibited 68.6% capacity retention of after 88 cycles at 0.10 A/g in the voltage window of 0.01 ~3.0 V versus Li/Li+. In the test of NIBs, the lotus-stalk Bi_4Ge_3O_(12) composite electrodes still stored Na+ as high as 332.3 mAh/g at 0.10 A/g over 100 sodiation/desodiation repeating cycles.
Effect of removing silica in rice husk for the preparation of activated carbon for supercapacitor applications

Renewable biomass-derived activated carbons have attracted attentions for supercapacitor applications. Rice husk is a kind of abundant biomass, which has been studied for the preparation of hierarchical activated carbons. Rice husk is rich in silica. Silica in rice husk affects the formation of pore structure in the KOH activation process, which further affects the electrochemical performance of the resultant activated carbon for supercapacitors. In this paper, the effects of silica in rice husk on the activation process were investigated. When the silica in rice husk is not removed, KOH preferentially reacts with silica to produce silicate, which hinders the formation and enlargement of mesopores; the obtained activated carbon exhibits high microporous ratio, high specific area (up to 3263 m~2/g), high specific capacitance (315 F/g at 0.5 A/g), but poor rate capability (51.7% capacitance retention with increasing the current density from 0.5 A/g to 20 A/g). When the silica in rice husk is removed, the pores produced by the removal of silica are etched to mesopores in activation process; the obtained activated carbon exhibits high mesoporous ratio, relative high specific surface area of 2804 m~2/g and relative high capacitance of 278 F/g at 0.5 A/g with excellent rate capability (76.6% capacitance retention with increasing the current density from 0.5 A/g to 20 A/g).
Controllable and flexible cellular network for virus cell-to-cell spread

Virus spread is closely related to pathogenesis. Traditional research methods of virus spread do not distinguish cell-to-cell spread from cell-free spread. The uncertainty of virus induced plaque and virus spread direction makes it difficult to track the spread of virus in situ. Herein, the cellular network was fabricated on the basis of PEG modification and soft lithography. Therein, cell numbers and spatial distributions were precisely controlled, e.g., cellular networks like "WHU" can be achieved. Furthermore, a micro-injector was combined with the cellular network for virus spread on the fixed point, in which virus spread direction was limited in one dimension. The results suggested that controllable and flexible cellular network can be constructed on the PEG pattern. The synergia of micro-injector and cellular network provides an advanced tool to investigate virus cell-to-cell spread at the initial infection stage.
Sustainable routes for quantitative green selenocyanation of activated alkynes

Most organic reactions require the usage of volatile organic compounds in the synthesis, work-up and purification processes, thus resulting in major environmental pollution and high manufacturing cost. By using cheap biomass lactic acid as the reaction media and catalyst, a sustainable protocol for the synthesis of Z-3-selenocyanatoacrylates and analogues through green selenocyanation of activated alkynes has been achieved. A principal advantage of this protocol is that the usage of organic volatile compounds can be avoided entirely, as the conversion of substrate is almost quantitative or quantitative with a minimal amount of lactic acid employed as reaction media, and the pure products can be conveniently collected through water precipitation.
Cy5.5-MSA-G250 nanoparticles (CMGNPs) induce Ml polarity of RAW264.7 macrophage cells via TLR4-dependent manner

Cy5.5-MSA-G250 nanoparticles (CMGNPs) had been proved to have unique advantages for cancer treatment, including excellent photothermal performance, tumor cell-selective cytotoxicity, direct visualization, and good biocompatibility. However, to cellular systems, the CMGNPs are considered as foreign invaders, and the effect of CMGNPs on immunity system is still unknown. Therefore, more efforts are needed to understand the role of CMGNPs on the immunity system. In this study, we attempted to screen the pro-inflammatory responses on RAW264.7 macrophages after treated with the CMGNPs. In vitro experiments clearly showed that CMGNPs not only enhances phagocytosis capacity of RAW264.7 cells, but also promotes Ml polarization, associated with changes in cell morphology and increased expression of inflammatory cytokines. This ability to induce Ml polarization may be beneficial to CMGNPs to achieve better anticancer effects in clinical trials. Moreover, the observed Ml macrophages' polarization triggered by CMGNPs can be abolished after adding TLR4 inhibitor, CLI095, suggesting that TLR4 is involved in CMGNP-induced inflammation.
Effect of mass transfer process on hydrogen adsorption on polycrystalline platinum electrode in sulfuric acid solution

The underpotential adsorption of hydrogen (HUPD) is one of the most attractive fields in surface electrochemistry and electrocatalysis. In this work, the hydrogen adsorption on polycrystalline platinum electrode experimentally as well as on single crystal Pt(110) and Pt(100) electrode theoretically were studied. The effect of forced convection on the adsorption and desorption process of hydrogen was studied through adjusting the sampling rate of the microporous sampler closing to the surface of the platinum electrode immersed in dilute sulfuric acid solution. The relationship between HUPD and surface structure sensitivity was built quantitively. The DFT simulation shows that the adsorption strength of hydrogen on Pt(100), due to the lower adsorption energy, is weaker than that on Pt(110). Moreover, the bridged position of hydrogen on Pt(100) and the short-range bridged position on Pt(110) were found to be the optimal adsorption sites. The study of forced convection on the electrode surface promotes the HUPD research from static process to a convective mode and also provides a new strategy to investigate the hydrogen adsorption in solution.
DES-Fe_3O_4 composite for rapid extraction of residual plant growth regulators in edible vegetable oil

A rapid DES-Fe_3O_4 microextraction coupled with liquid chromatography method was ingeniously developed for simultaneous control of five typical plant growth regulators in a planting cycle including indole-3-acetic acid, abscisic acid, thidiazuron, 1-naphthylacetic acid and forchlorfenuron. The experiments were carried out with one type of carboxylic acid-assisted deep eutectic solvent (n_(Chci): n_(acetic acid)= 1:3) as extractant, coupled with ultrasonic wave extraction for 30 min at bath temperature at 50 °C. Under the optimum conditions, good extraction performances of linearities for five plant growth regulators were achieved separately in the range of 0.10-50 mg/L of indole-3-acetic acid, 0.06-50 mg/L of abscisic acid, 0.20-50 mg/L of thidiazuron, 0.50-50 mg/L of 1-naphthylacetic acid and 0.06-50 mg/L of forchlorfenuron and recoveries were ranged from 70.4% to 102.2%. Meanwhile, Fe_3O_4 was preferentially combined with DES in the oil matrix, the advantage of which was pointed to rapid and efficient separation of targeted plant growth regulators from complicated oil matrix. The proposed approach achieved satisfied results and met the monitoring requirements of plant growth regulators control in edible vegetable oil samples.
Additive-free non-fullerene organic solar cells with random copolymers as donors over 9% power conversion efficiency

In this study, a series of random conjugated polymers (PBDB-TBTn) as donors were designed and synthesized. In these polymers, benzodithiophene unit with thiophene conjugated side chains (BDT) are donor part, and two different content of benzo[ 1,2-c:4,5-c']dithiophene-4,8-dione (BDD) and difluorobenzothiadizole (BT) linked alkylthiophene are acceptor unit. Polymer solar cells (PSCs) were fabricated with ITIC as an acceptor, and over the power conversion efficiency (PCE) of 9% was obtained, with open circuit voltage (V_(oc))of 0.86 V, short-circuit current density (J_(sc)) of 16.84 mA/cm~2, and fill factor (FF) of 62.5%. These random conjugated polymers based solar cells are insensitive to solvent additives and thermal annealing. The performance of the device decreases gradually with the increasing of the proportion of fluorinated acceptor unit. The declining efficiency is due to the excessive fluorinated acceptor unit, which leads to over aggregated topography, destroys the effective charge transport pathways, and affects phase separation domain size between the donor and the acceptor. The phenomena are explained by the charge carrier recombination, atomic force microscope (AFM), and transmission electron microscope (TEM). These results indicate that proper addition of fluorinated acceptor units to build random copolymers can enhance the efficiency of organic photovoltaics toward additive-free and thermal annealing-free PSCs.
Adsorption of Nin (n = 1-4) clusters on perfect and O-defective CuAl_2O_4 surfaces: A DFT study

The density functional theory was employed to investigate the adsorption of Nin (n = 1-4) on the perfect and O-defect CuAl_2O_4 surfaces. The computational results show that for single Ni atom on the perfect spinel (100) surface, the adsorption energy is-5.30 eV, much larger than Ni on other CuAl_2O_4 surfaces. The adsorption of Ni_n (n = 1-4) absorbed on the O-defect CuAl_2O_4 (100) surface is less stable than on the perfect CuAl_2O_4 (100) surface. However, the adsorption energy for Nin (n = 1-4) on the O-defect CuAl_2O_4 (110) surface is close to on the perfect CuAl_2O_4 (110) surface. Bader charge and partial density of states (PDOS) analysis revel that the adsorption of Ni on the CuAl_2O_4 spinel surface is accompanied by charge transfer from the metal to the support. The growth and aggregations analysis show that the general growth and aggregation ability for Nin clusters follow the order: gas phase > γ-Al_2O_3 (110) > CuAl_2O_4 (110) > CuAl_2O_4 (100). This result can give reasonable explanations for the experimental phenomenon that Ni supported on the CuAl_2O_4 spinel performs much better stability than on the γ-Al_2O_3.
Effects of reduction temperature and content of Pd loading on the performance Pd/CeO_2 catalyst for CO oxidation

The content of noble metal loading and the reduction process of the catalysts are important factors influence the economic indicator and catalytic performance for industrial catalysis. In the present work, Pd/CeO_2NT (Pd supported on the CeO_2 nanotubes) catalysts are prepared with the hydrothermal synthesized CeO_2NTand glutathione (GSH) reduced Pd nanoparticles via impregnation. The content of Pd loading as well as the catalysts reduction temperature are optimized to the CO oxidation reduction. Our results show that the best Pd loading is 1.5%Pd/CeO_2NT. The catalysts reduced at 350 °C for 2 h prior to catalytic reaction perform the best toward CO oxidation, which reaches completely CO conversion at 70 °C. The XRD, Raman, H_2-TPR, TEM, BET and XPS characterization reveal that the excellent catalytic performance of 350°C 1.5%Pd/CeO_2NT sample can be attributed the high Pd~0 species and oxygen vacancy in the sample, which are important factors influence the activity of the catalysts.
Photocatalytic degradation of amoxicillin by carbon quantum dots modified K_2Ti_6O_(13) nanotubes: Effect of light wavelength

A novel carbon quantum dots modified potassium titanate nanotubes (CQDs/K_2Ti_6O_(13)) composite photocatalyst was synthesized by hydrothermal treatment combined with calcination. X-ray diffraction (XRD) pattern and transmission electron microscopy (TEM) indicated formation of potassium titanate nanotubes and successful deposition of CQDs onto K_2Ti_6O_(13). The photocatalytic performance of CQDs/ K_2Ti_6O_(13) composite was evaluated by degradation of amoxicillin (AMX) under the irradiation of visible light and lights with the wavelengths of365,385,420,450,485, 520, 595 and 630 nm. The results showed that the photocatalytic activity of CQDs/K_2Ti_6O_(13) hybrid material was greatly enhanced compared with the neat K_2Ti_6O_(13) calcined at 300 °C. The narrowed band gap energy (Eg) and transfer of photo-excited electron by CQDs inhibited the immediate combination of electron-hole pairs, thus promoting photocatalytic activity. Moreover, CQDs/K_2Ti_6O_(13) exhibited a broad spectrum of photocatalytic ability and it was interesting that the photocatalytic activity decreased with the increase of the irradiation wavelength. Reactive oxygen species (ROS) quenching tests suggested the hole (h+) and hydroxyl radical (·OH) played the primary roles in photocatalytic degradation of AMX. Moreover, CQDs/K_2Ti_6O_(13) showed good reusability for AMX photocatalytic degradation after five successive runs. This study proposed an available method for titanate nanomaterials modification, and the developed novel CQDs/K_2Ti_6O_(13) hybrid material is promising for potential application on antibiotics removal from water and wastewater.
感染科护士触摸舒适感现状及其影响因素

目的探讨感染科护士触摸舒适感现状及其影响因素。方法对350名感染科护士,采用护士一般资料调查表、护士触摸舒适感量表、护理工作环境量表进行调查分析。结果感染科护士触摸舒适感得分为72.47±25.51,职称、年龄、家人对在感染科工作支持程度及护理工作环境是感染科护士触摸舒适感的主要影响因素(P<0.05,P<0.01)。结论感染科护士的触摸舒适感处于中等水平,护理管理者应根据感染科特征制定相应制度与措施改善感染科的护理工作环境,从而提高感染科护士的触摸舒适感,推动优质护理的发展。
胆宁片浸膏粉粉体学性质的综合评价体系

目的研究胆宁片浸膏粉粉体学性质的综合评价体系。方法筛选干燥工艺参数(真空度、干燥温度、干燥时间)后制备浸膏粉,测定粉体学性质相关参数。结果浸膏粉粉体学性质差异表现在流动性能、黏聚性、整体性质等表征参数上。结论该方法客观全面,可用于胆宁片浸膏粉粉体学性质的综合评价体系。
相思藤生药学研究

目的对相思藤进行生药学研究,为其质量控制提供依据。方法采用性状鉴别、显微鉴别、TLC法进行定性鉴别,按2015年版《中国药典》附录中收载的方法对水分、总灰分、酸不溶性灰分和浸出物进行检查。结果药材性状、显微鉴别特征明显; 12批样品的TLC斑点清晰;水分为9.46%~ 11.36%,总灰分为2.83%~ 4.99%,酸不溶性灰分为0.12%~ 0.44%,醇溶性浸出物为11.35%~ 16.81%。结论该方法准确稳定,重复性好,可用于相思藤的质量控制。
Molecular basis of vasohibins-mediated detyrosination and its impact on spindle function and mitosis

α-Tubulin detyrosination, largely catalyzed by vasohibins, is involved in many microtubule (MT)-related cellular events. In this study, we identified a core heterodimeric complex of human small vasohibin-binding protein (SVBP) and vasohibin 1 (VASH1) (hereafter denoted as SVBP-VASH1) that catalyzes the detyrosination of a peptide derived from C-terminus of α-tubulin. We further solved the crystal structures of the SVBP-VASH1 heterodimer alone and in complex with either an inhibitor or a mutant substrate peptide. Our structural research, complemented by biochemical and mutagenesis experiments, resulted in identification of the key residues for VASH1 binding to SVBP and α-tubulin substrate. Our in vivo experiments reveal that MT detyrosination in general, as well as the interactions between SVBP, VASH1, and α-tubulin, are critical for spindle function and accurate chromosome segregation during mitosis. Furthermore, we found that the phenotypes caused by the depletion of vasohibins were largely rescued upon co-depletion of kinesin13/MCAK, suggesting the coordination between the MT depolymerase and MT detyrosination during mitosis. Thus our work not only provides structural insights into the molecular mechanism of α-tubulin detyrosination catalyzed by SVBP-bound vasohibins, but also uncovers the key role of vasohibins-mediated MT detyrosination in spindle morphology and chromosome segregation during mitosis.
蒙古斑并发白癜风1例

随访:治疗18个月后,与治疗前相比较,患儿腰骶部、臀部灰青色斑片颜色稍减淡;左侧臀部白色斑片境界更清楚,面积稍减小,大小约5.5 cm×4.5 cm;白斑上近边缘处褐色斑疹数量增加,颜色加深,面积扩大(图3A)。Wood灯下可见左侧臀部境界清楚的亮蓝白色荧光斑(图3B)。现继续随访中。
脑脊液细胞片反复褪色再染在脑膜癌病诊断中的应用

目的探讨脑脊液细胞片行褪色再染在脑膜癌病诊断中的运用.方法回顾性的收集经组织学证实肿瘤原发灶伴发影像学脑转移的脑脊液细胞片7例(肺腺癌脑转移5例,胃腺癌脑转移2例),选取每例中的HE片入95%乙醇+0.5%盐酸乙醇褪色再巴氏染色,巴氏片入80%乙醇+0.5%盐酸乙醇褪色再免疫细胞化学双重染色.结果巴氏重染细胞透亮度佳,核质分明,核染色质及核仁结构清晰,胞核蓝色,胞质灰蓝色;免疫细胞化学双染效果:甲状腺转录因子1(TTF1 )/Napsin A:核/质呈棕褐色/红色表达;CDX2和过碘酸雪夫双染:核/质呈浅褐色/粉红色表达.巴氏和免疫细胞化学重染均未见细胞脱落,细胞形态完整、无交叉反应,核质分明,背景干净.结论褪色再染可在同一张脑脊液细胞片上实现,对于细胞学中脑转移癌的肿瘤类型及追溯原发灶提供诊断的依据.
可回收型滤器的取出方法

可回收型滤器已经广泛的用于临床,大部分可回收型滤器可以通过常规方法(圈套器法)取出,但少数需要特殊方法才能取出。对于常规方法取出失败的,应根据取出失败的原因选择合适的特殊取出方法,术者应了解各种取出方法的特点、适应证及优劣势。
如何在床旁评估急性肾损伤患者的肾脏灌注?

急性肾损伤(AKI)定义为及肾功能的急剧减退,表现为肾小球滤过率(GFR)的突然下降。本文就AKI患者肾脏灌注的床旁评估进行论述,以期指导临床。
Insufficient awareness of celiac disease in China: population-based screening is needed

Celiac disease (CD), once considered a gastrointestinal condition, is now known as a systemic autoimmune disease initiated by exposure to dietary gluten mainly in human leukocyte antigen DQ2 (HLA-DQ2) or HLA-DQ8 carriers. The classic presentations of CD include intestinal manifestations such as chronic diarrhea, bloating, abdominal pain, constipation, weight loss, or poor growth in children. Iron-deficiency, osteoporosis, and neuropathy attributable to vitamin B12 deficiency is also frequently seen in celiac patients. Immune responses spreading to tissues apart from the intestine cause dermatologic conditions such as dermatitis herpetiformis, and even increased risk of miscarriage in women.
针刺治疗妊娠期周围性面瘫33例

周围性面瘫是针灸临床常见病,对此病的研究广泛而深入。妊娠期女性作为一类特殊群体,患此病者亦不鲜见,然而对此却缺乏针对性的系统研究。笔者自2013年6月至2017年11月采用针刺疗法治疗妊娠期周围性面瘫33例,现报道如下。
New image processing algorithm for terminal guidance of multiple kinetic-energy impactors for disrupting hazardous asteroids

This paper describes the preliminary study results of developing a hypervelocity terminal intercept guidance system of a multiple kinetic-energy impactor vehicle (MKIV). The proposed MKIV system is intended to fragment or pulverize an asteroid of smaller than approximately 150 m in diameter that is detected with a mission lead time of shorter than 10 years, without using nuclear explosive devices. This paper focuses on the development of a new image processing algorithm based on Otsu's method for the coordinated terminal intercept guidance and control of multiple kinetic-energy impactors employing visual and/or infrared sensors. A scaled polyhedron shape model of asteroid (216) Kleopatra is used as a fictional target asteroid. GPU-based simulation results demonstrate the feasibility of impacting a small irregular-shaped asteroid by using the proposed new image processing algorithm and a classical pulsed TPN (true proportional navigation) terminal guidance law.
Infrared Radiance Simulation and Application under Cloudy Sky Conditions Based on HIRTM

An algorithm based on hyperspectral infrared cloudy radiative transfer model (HIRTM) is introduced and a simulation method for infrared image of the generation geostationary meteorological satellite is proposed. Based on the parameters from weather research and forecast (WRF), such as the water content, atmospheric temperature, and humidity profile, the simulation data for the advanced Himawari imager (AHI) infrared radiative (IR) channels of Himawari-8 are obtained. Simulated results based on HIRTM agree well with the observed data. Further, the movement, development, and change of the cloud are well predicated. And the simulation of IR cloud image for the weather forecast has been obtained. This paper provides an improved method for evaluation and improvement of regional numerical model for weather forecast.
Energy Harvesting in Cognitive Networks with Cooperative Beamforming: Power Allocation and Stability Analysis

Energy harvesting (EH) is a promising technology to improve both energy efficiency and spectral efficiency in cognitive radio (CR) networks. However, due to the randomness of the harvested energy and the interference constraint at the primary users (PUs), the limited transmission power of secondary users (SUs) may reduce the service rate of SUs. To solve this problem, this paper investigates a cooperative transmission method where a zero-forcing beamforming method is used in the EH based secondary network. Considering the transmission power constraint and energy causality, we derive the closed-form solution of the optimal transmission power for the secondary source and relays, which achieves the maximal stable throughput of the secondary network. Numerical results show the impact of different system parameters to the maximal stable throughput. In addition, compared with the traditional decode-and-forward (DF) scheme, the cooperative beamforming method achieves higher stable throughput under an high quality source-to-relay channel.
Van der Waals Epitaxy of Anatase TiO_2 on mica and Its Application as Buffer Layer

MICAtronics, based on the functional oxide/mica heterostructures, has recently attracted much attention due to its potential applications in transparent, flexible electronics and devices. However, the weak van der Waals interaction decreases the tolerable lattice mismatch and thus limits the species of function oxides that are able to be epitaxially grown on mica. We successfully fabricate relatively high-quality epitaxial anatase TiO_2 thin films on mica substrates. Structural analyses reveal that the carefully chosen growth temperature (650∘C) and suitable crystalline phase (anatase phase) of TiO_2 are the key issues for this van der Waals epitaxy. Moreover, as a buffer layer, the TiO_2 layer successfully suppresses the decomposition of BiFeO_3 and the difficulty of epitaxial growth of BiFeO_3 is decreased. Therefore, relatively high-quality anatase TiO_2 is proved to be an effective buffer layer for fabricating more functional oxides on mica.