枸杞蜜的耐热性能研究

研究了枸杞蜜的耐热性能,分别测定了枸杞蜜中淀粉酶和蔗糖转化酶酶值、过氧化氢和HMF含量在恒温热处理过程中的变化,分析了恒温热处理过程中枸杞蜜中淀粉酶和蔗糖转化酶酶值、过氧化氢和HMF含量随热处理温度和时间的变化规律,确定了适宜枸杞蜜恒温热处理工艺参数.     

蜜胺树脂在盐酸体系中对铑的吸附行为

研究了在盐酸介质中，蜜胺树脂对铑的吸附行为及其影响因素，将实验结果与在硝酸，硫酸中的吸附进行比较，对其吸附机理作了初步探讨。     

磺化三聚氰胺甲醛树脂的合成

介绍适用作水泥高效早强减水剂的磺化三聚氰胺甲醛树脂的合成法及性能.加入水泥量0.8％的树脂,在坍落度相同条件下.减水率达20％,混凝土抗压强度3天期提高30％。     

The recent disciplinal progresses of agricultural entomology in China

In this paper, four recent advances and achievements of China in agricultural insect research, namely, on the genome of silkworm （Bombyx mori Linnaeus）, on the geographical differentiation and regional migration of cotton bollworm （Helicoverpa armigera （Hübner））, on the standardized monitoring techniques for safety of honey bee （Apis mellifera Linnaeus） products, and on the virus transmission property of small brown planthopper （Laodelphax striatellus （Fallén）） as well as the interactions between vector and rice stripe virus （RSV）, were reported. All of these researches are very important for controlling agricultural insect pests and the diseases they transmit, accelerating the molecular biological research of silkworm, and promoting the international trade of honey bee products. Most of these achievements mentioned above have got the national, provincial, ministerial or municipal awards on science and technology.     

食菌奇观

食用菌营养丰富,风味独特,这是人们所熟知的。然而,它们凭借特殊的生态特性,在自然界中形成的奇妙景观,却不是所有食菌品赏者都能看到的。这里仅以野外考察所得,略介绍一二,以饷读者。     

浅谈网络安全中"蜜罐"技术的应用

本文通过分析对比保护计算机网络交全的传统防火墙技术和最新发展起来的"蜜罐"技术,认为后者摆脱了前者应对攻击的被动性,对各种攻击具有主动应付策略,且能结合计算机犯罪取证的形式抵御各种攻击,因而具有更广阔的发展前景.     

聚磷酸蜜胺与八钼酸蜜胺阻燃PA6的燃烧行为及协同作用

采用聚磷酸蜜胺(MPP)和八钼酸蜜胺(MOM)复合物阻燃PA6,测定了阻燃PA6的氧指数(LOI)、UL 94V阻燃性及热稳定性.用傅里叶变换红外光谱(FTIR)和SEM技术分析了阻燃PA6的热分解残余物,以锥形量热仪测定了阻燃PA6与火灾有关的阻燃参数,包括释热速度、质量损失速度、有效燃烧热、比消光面积等,并测定了阻燃PA6残炭表面的元素组成及XPS曲线拟合数据.结果表明,MPP-MOM复合物添加量为27%时(质量分数),PA6的阻燃性能达UL 94V-0级,氧指数为35.3%;PA6的释热速度峰值、释热速度平均值、总释热量、有效燃烧热以及质量损失速率明显下降,同时也证明了MOM具有好的协同阻燃效应.     

A New Honeynet Model

Based on citing Realm, a new Honeynet Model-BRHNS （Based Realm Honeynet） is presented. BRHNS makes use of cooperation between Realms, the efficiency of Honeynet is improved, in intrusion behavior analysis module, unknown attack data are classified by unsupervised clustering algorithm, accordingly, prepared for extracting intrusion rules and adding the new rules to IDS rule-lib, consequently, the detection efficiency of IDS is improved and the workload of Honeynet is effectively reduced. Had performed experiments through cross-validate, we found it was effective to classify the attack data by unsupervised clustering algorithm.     

荞麦蜜异味分析

利用气提法采集荞麦蜜气味，以毛细管气相色谱分离，ＧＣ／ＭＳ／ＤＳ联用鉴定了气味的化学成分，初步鉴定出了１８种组分，用标样进一步确证了１３个组分，构成荞麦蜜气味的是四碳和五碳的醛、醇和酸。