碩士研究生學位論文題錄、摘要的格式規(guī)定

碩士研究生學位論文題錄、摘要的格式規(guī)定一、碩士學位論文題錄（一）編寫格式碩士學位論文中文題目= 碩士學位論文英文題目碩士學位論文，中/碩士生姓名（北京林業(yè)大學所在學院全稱），導師 導師姓名(空一個字符)/畢業(yè)年/資助項目名稱文字要求：中文字體：宋體；外文字體：Times New Roman。字號：5號段落要求：1.25倍行距。（二）編寫示例中國竹節(jié)蟲異科四屬成蟲分類及部分卵的初步研究= A Taxonomic Study on the Adults and Eggs in Four Genera of Heteronemiidae in China碩士學位論文，中/徐進（北京林業(yè)大學資源與環(huán)境學院），導師 武三安、陳樹椿2006林業(yè)電子政務系統(tǒng)管理決策分析數據環(huán)境建立研究= The Research of Building Data Environment for Decision Analysis in Forestry E-Government碩士學位論文，中/張慶文（北京林業(yè)大學經濟管理學院），導師 王武魁/2006/北京林業(yè)大學研究生自選課題基金資助項目區(qū)域生態(tài)系統(tǒng)健康監(jiān)測研究以八仙山自然保護區(qū)為例= The Research on Ecosystem Health Monitoring in A RegionTake Baxian Mountain Nature Reserve as A Case碩士學位論文，中/池建（北京林業(yè)大學資源與環(huán)境學院），導師 鄧華鋒/2006/國家“十五”科技攻關項目、國防科技工業(yè)民用專項項目（三）其他1、在碩士學位論文中文題目以及英文題目中，對于物理量的符號、生物學中的基因縮寫詞、屬以下（含屬）的拉丁學名（屬名（第一個字母大寫）、種名（全小寫）等用斜體；此外，凡是碩士英文題目中的實詞，第一個字母應大寫；2、當碩士指導教師為兩個或兩個以上時，導師與導師姓名之間應用頓號隔開；3、對于基金項目只注明資助該研究的項目名稱，不標項目編號；而且項目名稱必須完整、規(guī)范（對于北京市和國家級科研項目名稱可參照附件）；當資助項目為兩個或兩個以上時，項目與項目之間用頓號隔開。二、學位論文中英文摘要（一）編寫要求 (1) 學位論文中英文摘要必須在摘要前注明對應中英文學位論文題目（2）學位論文因內容較多，其摘要宜寫成報道性摘要，用來反映論文的研究目的、方法、主要結果及結論。篇幅在800字以內，并應準確表達學位論文的核心內容。 (3) 不得簡單重復題目中已有的信息。 (4) 應排除本學科領域已成常識的內容；切忌把應在引言中出現的內容寫入摘要；一般也不要對論文內容作詮釋和評論(尤其是自我評價)。 (5) 結構嚴謹，表達簡明，語義確切。摘要先寫什么，后寫什么，要按邏輯順序來安排。句子之間要上下連貫，互相呼應。摘要慎用長句，句型力求簡單。摘要不分段。 (6) 用第三人稱，即主語用“該文”、“作者”等第三人稱寫法。 (7) 使用規(guī)范化的名詞術語，不用非公知公用的符號和術語。新術語或尚無合適漢文術語的，可用原文或譯出后加括號注明原文。 (8) 除了實在無法變通以外，一般不用數學公式和化學結構式，不出現插圖、表格。 (9) 不引用參考文獻、不標注主題詞或關鍵詞、不標注圖書分類號。 (10) 縮略語、略稱、代號，除了相鄰專業(yè)的讀者也能清楚理解的以外，在首次出現時必須加以說明。(11) 對于物理量的符號、生物學中的基因縮寫詞、屬以下（含屬）的拉丁學名（屬名（第一個字母大寫）、種名（全小寫）等用斜體。(12) 屬于科研保密的內容,需經科技處同意。 （二）格式示例 碩士學位論文中文題目：毛白楊試管苗耐鹽性分析及耐鹽植株初選毛白楊（Populus tomentosa Carr.）是我國特有的鄉(xiāng)土樹種，具有許多優(yōu)良特性，如適應性強，生長周期短，木材質量高等。然而它在NaCl含量超過0.3%的土壤中不能正常生長。這也是影響毛白楊在我國大面積推廣的主要原因之一。在毛白楊原有優(yōu)良性狀的基礎上，利用組織培養(yǎng)技術，通過體細胞變異培育耐鹽品種是解決抗性造林樹種的重要途徑。本文在建立了三倍體毛白楊葉片、愈傷組織高頻率分化能力的基礎上，以三倍體毛白楊離體苗為材料，通過一步選擇程序，對三倍體毛白楊試管苗、葉片分化形成的不定芽、愈傷組織進行耐鹽性分析，試驗結果發(fā)現，在不同濃度NaCl中，試管苗生長、葉片分化和愈傷組織生長都受到了不同程度的抑制作用，但他們在不同濃度的NaCl中敏感性不同，葉片分化不定芽時對NaCl的敏感性比較強烈，NaCl濃度為0.3%時，葉片分化受到了明顯的抑制作用，而試管苗和愈傷組織的敏感性次之，它們都能夠在0.2-0.4%NaCl濃度下較為正常的地生長，且隨著鹽濃度的增加生長量還有一定提高。在分析了它們的耐鹽性基礎上，以0.2%NaCl為起始濃度，逐級加鹽，經有鹽無鹽多次連續(xù)選擇，獲得由葉片和愈傷組織分化形成的耐NaCl0.35%、0.4%的三倍體毛白楊耐鹽植株。對葉片分化的耐鹽植株進行生理生化指標測定，結果發(fā)現，獲得的耐鹽植株的脯氨酸含量和MDA含量均高于對照，而且隨著鹽濃度的升高，脯氨酸含量和MDA含量逐漸增加。另取部分離體葉片進行射線輻照處理，試驗發(fā)現，輻照處理對葉片分化率影響很大，在一定劑量范圍內，隨著吸收劑量的增加，葉片分化率逐漸提高，吸收劑量為10Gy時分化率最高，葉片分化率為67.11%，是對照的1.5倍。繼續(xù)提高吸收劑量，分化率增加的幅度逐漸降低；當吸收劑量為30Gy時，分化率低于對照，隨著吸收劑量繼續(xù)升高，其分化率大幅度下降。對輻照處理的葉片分化苗進行耐鹽性分析，發(fā)現輻照之后形成的植株在鹽脅迫下生長高度均比不進行任何處理和直接加鹽的兩個對照要高，說明輻照處理能夠減輕NaCl對苗的傷害，提高苗的耐鹽性，促進三倍體毛白楊耐鹽植株的篩選。English Title: Analysis of Salt-tolerant Characteristics and Primary Selection of Its Salt-tolerant Variants from Tube Plants of Triploid Populus tomentosaPopulus tomentosa is one of the indigenous tree species which exhibits many excellent characteristics such as broad adaptability to environment, short growth period and high quality wood. But it cant grow normally when the concentrations of salt attain to 0.3% in soil. That was one of reasons why the distribution of P. tomentosa was confined. Based on the many excellent characteristics of P. tomentosa, selection of salt-tolerant variants was an important method to breed new clones with improved resistance to salt by somatic variation from culture in vitro.Based on the high differentiating rate of leaves and callus, the salt-tolerant characteristics of shoots, leaves and callus of tube plants from triploid P. tomentosa Carr. were analyzed by one-stepped procedure. Growth of shoots, leaves differentiating and inducing callus were inhibited in the media containing NaCl, but their sensitivities to NaCl were different. Sensitivity of leaf was stronger than the others, theres no differentiation in the media containing NaCl 0.4%, differentiating rate of leaves in the media containing NaCl 0.3% has obviously change, therefore the media of NaCl 0.3% was the suitable selection media for leaf differentiation. But sensitivities of plantlet and callus were not stronger than that of leaf, they can grow normally in the media of NaCl 0.4%, growth raised within the media of NaCl 0.4% and sharply declined beyond the range. On the base of analyzing their salt-tolerant characteristics, NaCl 0.2% was thought as the initial concentration, increasing NaCl concentration step by step and more times selection in the salt and non-salt media, Salt-tolerant plants which can endure NaCl 0.35% and 0.4% from leaves differentiating and callus regenerating were obtained. The physiology and biochemistry indexes of the plants from leaf differentiating were measured, the result indicated proline and MDA contents were increasing with NaCl concentration increasing.Additionally, other leaves were irradiated by rays. The result indicated irradiation treatment has strongly affection on leaf differentiation. The differentiating rate raised with irradiation dose increasing within some range, when irradiation dose was 10Gy, differentiating rate was the highest, differentiating rate was 67.11% and was 1.5 times that of the control. Continuing to raise irradiation dose, increasing range of leaf differentiating rate increasingly declined, when irradiation dose was 30Gy, differentiating rate was lower than that of control, irradiation dose was 50 Gy, differentiating rate was 0. And half-deadly dose was defined for differentiating rate, 20 Gy was the optimum irradiation treatment. Plants from leaf differentiating by 20 Gy irradiation treatment were inoculated to the media of NaCl 0.3% and successively cultured three periods, then transferred to non salt media for one period and once added to the media containing different concentration NaCl. The resul