柔性垫网接触式间歇干燥单板的中间试验

利用柔性垫网接触式间歇干燥单板的方法对毛白杨单板进行干燥。中间试验结果表明，此方法提高了单板干燥质量，生产工艺可行。     

羊肚菌冷冻干燥加工技术研究

通过实验,研究确定了了冻干羊肚菌的共晶点和共融点,得到了最佳冻干曲线,通过对冻干羊肚菌和传统风干羊肚菌的理化指标及感官指标的比较,证实了冷冻干燥羊肚菌的加工工艺的优越性。     

Effects of Salinity and Soil–Drying on Radiation Use Efficiency,Water Productivity and Yield of Quinoa (Chenopodium quinoa Willd.)

Drought and salinity reduce crop productivity especially in arid and semi‐arid regions, and finding a crop which produces yield under these adverse conditions is therefore very important. Quinoa (Chenopodium quinoa Willd.) is such a crop. Hence, a study was conducted in field lysimeters to investigate the effect of salinity and soil–drying on radiation use efficiency, yield and water productivity of quinoa. Quinoa was exposed to five salinity levels (0, 10, 20, 30 and 40 dS m^?1) of irrigation water from flower initiation onwards. During the seed‐filling phase the five salinity levels were divided between two levels of irrigation, either full irrigation (FI; 95 % of field capacity) or non‐irrigated progressive drought (PD). The intercepted photosynthetically active radiation was hardly affected by salinity (8 % decrease at 40 dS m^?1) and did not differ significantly between FI and PD. Radiation use efficiency of dry matter was similar between salinity levels and between FI and PD. In line with this, no negative effect of severe salinity and soil–drying on total dry matter could be detected. Salinity levels between 20 and 40 dS m^?1 significantly reduced the seed yield by ca. 33 % compared with 0 dS m^?1 treatment owing to a 15–30 % reduction in seed number per m², whereas the seed yield of PD was 8 % less than FI. Consequently, nitrogen harvested in seed was decreased by salinity although the total N‐uptake was increased. Both salinity and drought increased the water productivity of dry matter. Increasing salinity from 20 to 40 dS m^?1 did not further decrease the seed number per m² and seed yield, which shows that quinoa (cv. Titicaca) acclimated to saline conditions when exposed to salinity levels between 20 and 40 dS m^?1.     

水曲柳厚板材的干燥工艺

采用高温干燥与常规干燥相结合的工艺技术，干燥水曲柳厚板材，经多次实践证明，不仅缩短干燥周期，而且提高了干燥质量。     

小米对撞流干燥特性的试验研究

利用对撞流干燥法 ,对小米进行了风温、风量和喂入量等操作参数的试验研究 ,得到了小米的干燥特性规律。试验结果表明 :风温、风量和喂入量是影响干燥效果的主要因素 ,在本试验范围内 ,风温、风量和喂入量的增大有利于干燥效果的提高。     

远志保护地栽培技术研究

1999~2000年在山西省运城市对远志大拱棚栽培与露地栽培进行了比较试验。结果表明,大拱棚远志栽培方式明显延长当年有效生长期,远志鲜根和种子的产量均比露地方式显著增产1~2倍。大拱棚栽培方式是远志增产增收的一项好技术,宜向生产推广。     

林业苗圃喷灌系统设计

吉林省具有得天独厚的林业资源，由于近年来国家对林业树种的限制采伐，营林育苗就显现出其相当的重要性。随之而来，林业苗圃喷灌对营林育苗尤其重要。该文根据林业苗圃建设的特点及对灌水系统的要求，介绍了林业苗圃喷灌系统的组成、设计方法及步骤，提出相关的问题。     

立卧式浸渍干燥机的研究设计

分析了立式、卧式浸渍干燥机的优缺点，并在此基础上设计出了立卧式浸渍干燥机，该机能生产出符合覆面竹胶合模板表面性能的胶膜纸。     

水稻赤枯病防治技术研究

2005年,环渤海地区较大面积发生水稻红苗病.对发病田的大量现场调查发现,大多数田块的发病症状属于根中毒型赤枯病,少数田块属于缺锌、缺钾型赤枯病,个别田块是由于稻水象甲危害造成.诱发赤枯病的因素很多,但主要是低温缺氧造成的.其防治措施主要有改进耕作技术、改革水层管理和科学施肥等.     

皖西南稻谷产区烘干机应用调查报告

根据南方高水分晚稻形成的原因、稻谷干燥的现状,提出特别是使用燃煤、稻壳炉的小型移动式低温循环烘干机适合于南方的稻谷干燥,以及低温循环烘干机目前存在问题的解决措施.