| 1. | This thesis introduced the research and development of protected horticulture expert system of vegetable planting
本文介绍了保护地蔬菜栽培专家系统的设计与实现。 |
| 2. | A comparative study on the cultivation and nutrion components between mountain uncontaminated vegetables and general vegetables
高山无公害蔬菜与平原一般蔬菜栽培和营养成分的比较 |
| 3. | A field experiment of tomato by introduced umetu - method was conducted and the effect of umetu - method on the yield and quality of tomato was discussed
摘要通过引进日本“梅津农法”蔬菜栽培方法对西红柿进行田间试验研究，探讨了“梅津农法”对西红柿产量和品质的影响。 |
| 4. | The results showed that methane oxidation ability was different in various soil and possibly it was related to the basic properties of the soil . microorganisms were responsible to methane oxidation
2 )对设施蔬菜栽培土壤甲烷氧化的研究结果表明，不同土壤对甲烷的氧化能力各异，这可能与土壤的理化性质有关。 |
| 5. | In view of the above problems , zippered plastic pipes which have obtained patent was adopted as pi pipe in the providing theoretical basis and data support for the application of zippered pi pipes to the vegetable cultivation in shelves
针对以上问题，本试验采用已获得国家专利的拉链式塑料管作为渗灌管，进行棚室蔬菜栽培渗灌灌水试验，以期为拉链式渗灌管在棚室蔬菜生产中提供理论依据和数据支持。 |
| 6. | This thesis aims at promoting the innovation on irrigation methods and the development of irrigation techniques in vegetable cultivation , and also provides for percolation irrigation by way of experimental study on the seepage flow both in air and soil with zippered plastic pipes and on the application of percolation with zippered plastic pipes to vegetable tomato cultivation in shelves
本论文通过拉链式塑料管大气、土壤中的渗流试验研究，以及在大棚蔬菜(番茄)栽培应用拉链式塑料管渗灌的试验研究，希望为保护地蔬菜栽培灌水方法的革新和渗灌灌水技术的发展、拉链式塑料管作为渗灌管的可行性和优越性提供理论依据。 |
| 7. | This subject is based for the subject topic of 863 program named " vegetable planting agriculture expert system developing frame " ( project number : 863 - 306 - zd05 - 01 - a ) . after a long - term research which can be divided into three phases as follows : synthetic analysis of expert systems in agriculture area ; components research and design of knowledge acquisition , representation , and reasoning result explanation ; integration of all the components , the system aimed for non - computer major technicians has been developed . lately , client / server ( c / s ) calculation based on distributed transaction concepts , is gradually becoming popular
本课题以国家863计划智能计算机主题关键技术课题“蔬菜栽培农业专家系统开发框架” （项目编号： 863 - 306 - zd05 - 01 - a ）为研究背景，通过对领域应用专家系统的综合分析，在研究设计知识获取、知识表示、推理求解、推理结果解释、人机界面等构件的基础上，按系统集成的要求，完成了蔬菜栽培专家系统开发框架的研究，提交非计算机专业人员能够直接使用。 |
| 8. | After the observation and analysis on the uniformity coefficient of irrigation and the distribution of soil moisture under each different treatment , a result was got that 35cnrs embedded depth is comparatively appropriate for vegetable cultivation for the high uniformity coefficient and the vegetable cultivation for the high uniformity coefficient and the concentrated distribution of irrigation water in the main root zone
通过对各处理灌水均匀度和土壤水分分布的观测、分析，认为渗灌管埋深35cm时对蔬菜栽培是比较合适的。此时灌水均匀度高，灌溉水大部分分布在蔬菜主要根系区。 |
| 9. | Expert system of vegetable planting of dependency provided the friendly user interf ace . through the maintenance of the integrated database by the domain expert , the system can provide a variety of preventive advice and can introduce the planting and management technology systemically during the planting course of vegetable
保护地蔬菜栽培专家系统为系统用户提供了良好的人机界面，领域专家可以独立地对系统的综合数据库进行维护，专家系统可以为系统的最终用户提供各种病虫害的防治对策，系统地介绍了蔬菜栽培过程中的各种栽培和管理技术。 |
