实验室资产管理是实验室管理工作中非常重要的一部分,要求非常高。尤其是通信类实验室中各类仪表资产的管理,不仅数量多、种类多,而且移动需求多、校准要求高,导致此类资产管理的难度更大。随着近年来射频识别(radio frequency identifi...实验室资产管理是实验室管理工作中非常重要的一部分,要求非常高。尤其是通信类实验室中各类仪表资产的管理,不仅数量多、种类多,而且移动需求多、校准要求高,导致此类资产管理的难度更大。随着近年来射频识别(radio frequency identification, RFID)技术在传统仓库管理工作中的应用,为通信类实验室仪表的数字化管理开拓了新的思路。本文主要论述基于FRID技术的实验室资产管理系统部署与测试过程。展开更多
The Obrochishte deposit located in the Republic of Bulgaria has considerable reserves of relatively poor carbonate manganese ore. At the same time, in the country there are operative outputs for the production of sulp...The Obrochishte deposit located in the Republic of Bulgaria has considerable reserves of relatively poor carbonate manganese ore. At the same time, in the country there are operative outputs for the production of sulphuric acid where vanadium catalyst is deactivated and discharged, polluting the environment. The utilization of these materials requires their consolidation to proper sizes with regard to the next processing, as the most suitable method for joint consolidation is agglomeration. The present work explores the preliminary calculations for obtaining agglomerate and obtaining an alloy with high and low carbon content, through carbothermic and aluminothermic agglomerate reduction.展开更多
文摘实验室资产管理是实验室管理工作中非常重要的一部分,要求非常高。尤其是通信类实验室中各类仪表资产的管理,不仅数量多、种类多,而且移动需求多、校准要求高,导致此类资产管理的难度更大。随着近年来射频识别(radio frequency identification, RFID)技术在传统仓库管理工作中的应用,为通信类实验室仪表的数字化管理开拓了新的思路。本文主要论述基于FRID技术的实验室资产管理系统部署与测试过程。
文摘The Obrochishte deposit located in the Republic of Bulgaria has considerable reserves of relatively poor carbonate manganese ore. At the same time, in the country there are operative outputs for the production of sulphuric acid where vanadium catalyst is deactivated and discharged, polluting the environment. The utilization of these materials requires their consolidation to proper sizes with regard to the next processing, as the most suitable method for joint consolidation is agglomeration. The present work explores the preliminary calculations for obtaining agglomerate and obtaining an alloy with high and low carbon content, through carbothermic and aluminothermic agglomerate reduction.