Chestnut Wood(栗木)研究综述
Chestnut Wood 栗木 - In this work, a new instrumental setup was used to perform UV irradiation on line with EGA-MS and Py-GC/MS with in situ derivatisation of fir and chestnut wood. [1] Summary The study examined subpopulations of lymphocytes in peripheral blood, spleen, and jejunum including morphology of that segment in broiler chicken farm after treatment with flubendazole (Flimabend) and natural extract from chestnut wood (Farmatan). [2] To test the feasibility of this concept, four biomasses (rice husk, chestnut wood, pine bark, and wheat straw) were micronised to an average particle size of 20 μm and fuelled in an instrumented ICE. [3] The objective of this study was to identify and locate tannins in chestnut wood by means of UMSP (UV microspectrophotometry), considering both shoots and standards in coppice stands. [4] Tannins of different botanical origin were used in the study: hydrolyzable ones – Oaktan FU (oak wood), Tannal W4 (Tara pods), CW Tannal (chestnut wood), and Tannal W2 (gallnuts); and condensed ones – Tannin WG (grape stones), Taniraisin (grape skin), Tannal QW (quebracho wood). [5] A synergistic effect between the alternative technology and the chestnut wood was also observed. [6] ABSTRACT The aim of the present study was to monitor selected parameters of mucosal immunity in jejunum and ileum (immunoglobulin A [IgA], mucin 2 [MUC‐2], and pro‐inflammatory cytokines) in commercial broiler farm chicken after treatment with flubendazole (Flimabend®) and natural extract from chestnut wood (Farmatan®). [7] As a result of the study, the lowest surface roughness values were found in 10000 rpm spindle speed and 5000 mm/min feed rate for spruce and chestnut wood and 18000 rpm spindle speed and 7000 mm/min feed rate for larch and iroko wood. [8]在这项工作中，使用了一种新的仪器装置，通过 EGA-MS 和 Py-GC/MS 对冷杉和栗木进行原位衍生，进行紫外辐照。 [1] 总结 本研究检查了外周血、脾脏和空肠中淋巴细胞的亚群，包括用氟苯达唑 (Flimabend) 和栗木天然提取物 (Farmatan) 处理后肉鸡场中该段的形态。 [2] 为了测试这一概念的可行性，四种生物质（稻壳、栗木、松树皮和麦秆）被微粉化至平均粒径为 20 微米，并在装有仪表的 ICE 中提供燃料。 [3] 本研究的目的是通过 UMSP（紫外显微分光光度法）鉴定和定位板栗木材中的单宁，同时考虑灌木林的枝条和标准。 [4] 研究中使用了不同植物来源的单宁：可水解单宁 – Oaktan FU（橡木）、Tannal W4（塔拉豆荚）、CW Tannal（栗木）和 Tannal W2（五倍子）；和浓缩的——Tannin WG（葡萄石）、Taniraisin（葡萄皮）、Tannal QW（quebracho 木）。 [5] 还观察到替代技术和栗木之间的协同效应。 [6] 摘要 本研究的目的是监测氟苯达唑治疗后商业肉鸡场鸡的空肠和回肠黏膜免疫参数（免疫球蛋白 A [IgA]、粘蛋白 2 [MUC-2] 和促炎细胞因子）。 Flimabend®）和栗木天然提取物（Farmatan®）。 [7] 作为研究的结果，在 10000 rpm 的主轴转速和 5000 mm/min 的进给速率下，云杉和栗木的表面粗糙度值最低，而在 18000 rpm 的主轴转速和 7000 mm/min 的进给速率下，落叶松和 iroko 木材的表面粗糙度值最低。 [8]
Sweet Chestnut Wood 甜栗木
This study investigated the effectiveness of foliar application of sweet chestnut wood distillate on the photosynthetic performance and growth of lettuce ( Lactuca sativa L. [1] The paper provides a summary regarding the current state of silviculture and the use of sweet chestnut wood ( Castanea sativa Mill. [2] The Sweet Chestnut Wood fraction was produced in an industrial plant through an environmentally and economically sustainable process, involving hot-water extraction and a sequence of membrane filtration steps with different molecular cut-offs for fractionation and concentration of the active principles. [3] Sweet chestnut is considered to be one such introduction, for which records of sweet chestnut wood and charcoal from archaeological excavations of Romano-British period contexts have been used as evidence. [4]本研究探讨了叶面施用甜栗木馏出物对莴苣光合性能和生长的影响（Lactuca sativa L. [1] 本文总结了当前的造林状况和甜栗木 (Castanea sativa Mill. [2] Sweet Chestnut Wood 馏分是在一个工业工厂中通过环境和经济可持续的工艺生产的，包括热水提取和一系列膜过滤步骤，具有不同的分子截止值，用于分馏和浓缩活性成分。 [3] 甜栗子被认为是这样一种介绍，罗马-英国时期考古发掘中的甜栗木和木炭记录已被用作证据。 [4]