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- Photons' transportation model in biological tissues and optical simulation environment are key components of in vivo bioluminescent imaging research. 光子在生物組織中的傳輸模型和光學(xué)仿真環(huán)境的建立是開(kāi)展在體生物光學(xué)成像前向問(wèn)題研究的關(guān)鍵環(huán)節。
- Propagation of flat and Gaussian light beam in biological tissue is simulated with Monte-Carlo method. 摘要用蒙特卡羅方法模擬了均勻分布光和高斯分布光在生物組織內的傳播。
- Radiofrequency ablation (RFA) is use of radiofrequecy energy to destroy biological tissue for medical treatment. 射頻消融治療也稱(chēng)為:射頻消融;射頻消融治療;射頻消融.
- Based on the interaction theory mechanism of laser-biotissue, optothermal response of biological tissue is discussed. 摘要基于激光與生物組織相互作用機理，概述了生物組織的光熱響應過(guò)程。
- Measurement of Optical Properties of Biological Tissue Based on Scanning Photoacoustic Technology[J]. 引用該論文 Xie Wenming;Li Hui;Li Zhifang;Liu Huiqing.
- Based on the interaction theory mechanism of laser-biotissue,optothermal response of biological tissue is discussed. 基于激光與生物組織相互作用機理,概述了生物組織的光熱響應過(guò)程。
- Multiresolution analysis is used to estimate the scatterer spacing in biological tissue from the back-scattering signal. 本文研究了從生物組織的背向散射信號中提取散射元間距信息的多分辨率分析方法。
- In this paper, a water-cooled two-slot dipole, radiating in a biological tissue, is analyzed with a theoretical electromagnetic model by using superimposition principle. 本文根據電磁場(chǎng)迭加原理，計算了水冷式雙縫隙微波偶極子輻射器的熱場(chǎng)(比吸收率和溫度)分布；
- Mean scatterer spacing(MSS) is an important parameter for describing the biological tissue microstructure and its ultrasonic scattering characteristics. 生物組織散射元平均間距是描述生物組織微觀(guān)結構特性和生物組織超聲散射特性的重要參數。
- In this model, the biological tissue is assumed as porous media.The phase change process occurs in a temperature range, and there is a concomitant zone of ice and liquid. 生物組織作為一種多孔介質(zhì)，其相變發(fā)生在一個(gè)溫度范圍內，且存在一個(gè)固相與液相共存的糊狀過(guò)渡區。
- A set of experimental system has been established, and photoacoustics signals generated in real biological tissue have been detected through experiments. 摘要建立了一套側試系統，對幾種真實(shí)生物組織產(chǎn)生的光聲信號進(jìn)行了側試。
- Through comparing the distribution of energy in biological tissue generated by single and multi-beam as well as flat and Gaussian light, influence of various light sources and the light spot size on the distribution of light absorption is analyzed. 通過(guò)比較單束以及多束均勻分布光和高斯分布光照射下組織內的光子能量分布規律，分析了不同光源和光斑大小對光吸收分布的影響。
- Some issues of time-correlated single-photon counting technology for detection for optical properties of biological tissue are discussed, including its basic principle, components and conventional methods applying the technology. 摘要探討了目前普遍應用于測量生物組織光學(xué)參數的時(shí)間相關(guān)單光子計數檢測技術(shù)，詳細闡述了該技術(shù)的基本原理、系統組成以及利用該技術(shù)測量生物組織體光學(xué)參數的常用方法。
- Seeing from the modeling of ultrasonic scattering in biological tissue in one-dimension, the information of the scatterer spacing is included in the envelope of the back-scattering signal. 從文中構造一維生物組織超聲散射模型可以看到,散射元間距信息隱含在背向散射信號的低頻包絡(luò )中。
- Fluorescence methods provide a relatively sensitive measure of oxidation products in biological tissues. 熒光是測定生物組織中的氧化產(chǎn)物的一個(gè)比較靈敏的方法。
- The frequency of photoacoustic signal generated in biological tissue is relatively low, and the main frequencies of photoacoustic sign& are determined by the properties of biological tissue. 光聲信號的頻率較低，主頻由生物組織特性決定；
- The paper illustrates the effects of high-irradiance-laser on biological tissues and thermal damage theory in detail. 詳細闡述了強激光對生物組織的影響以及熱損傷原理。
- A water - soluble oily liquid,OHC(CH2)3CHO,containing two aldehyde groups,used in tanning leather and as a fixative for biological tissues. 戊二醛一種溶于水的油質(zhì)液體，OHC（CH2）3CHO，含有兩個(gè)醛基，用于制革和生物組織的固定劑
- THE IMMUNOLOGICAL CROSS REACTIVITY,RECEPTOR BINDING AND IN VIVO BIOLOGICAL ACTIVITY OF GOOSE INSULIN 鵝胰島素的免疫交叉反應性、與受體的結合能力及生物活性
- A water-soluble oily liquid, OHC(CH2)3CHO, containing two aldehyde groups, used in tanning leather and as a fixative for biological tissues. 戊二醛一種溶于水的油質(zhì)液體，ohc（ch2）3cho，含有兩個(gè)醛基，用于制革和生物組織的固定劑
