インデックス付き
- Jゲートを開く
- Genamics JournalSeek
- アカデミックキー
- ジャーナル目次
- 研究聖書
- 中国国家知識基盤 (CNKI)
- シマゴ
- ウルリッヒの定期刊行物ディレクトリ
- 電子ジャーナルライブラリ
- レフシーク
- ハムダード大学
- エブスコ アリゾナ州
- OCLC-WorldCat
- SWBオンラインカタログ
- 仮想生物学図書館 (vifabio)
- パブロン
- ミアル
- 科学インデックスサービス (SIS)
- ユーロパブ
- Google スカラー
このページをシェアする
ジャーナルチラシ
概要
Utilization of Nanotechnology Optical Fibre for Electricity Transmission
Peng Zhu
A power network's communication system is a necessary component to keep it running. This research investigates the use of optical fibre nanotechnology in power communication transmission. The optical transmission network technology, which is the primary transmission technology, is applied to the power communication network, and a functional model of the optical transmission network device node is constructed. In the optical transmission network, the form of the terminal multiplexing device function module, the electrical cross device function module, and the photoelectric hybrid cross device function module are examined. Utilizing optical transmission network technology, the optical multiplex portion and the optical transmission section are both subjected to the optical fibre nanotechnology. Strong third-order optical nonlinearity is used to transfer data in the power communication network. The experimental results demonstrate that the rate of the digital communication interface is higher than 7,000 bit/s in various service quantities, and the loss of the communication cable is within the standard range when optical fibre nanotechnology is applied to power communication transmission. This demonstrates the viability of optical fibre nanotechnology for the transmission of power.