Titlebook: ;

可转变

An Introduction to Neural Networks, increases the food quality as well as put a huge impact on reducing the packaging waste. Bionanocomposites are high performing, light weighted green materials as compare to conventional non-biodegradable petroleum based plastic packaging materials. Most of the bionanocomposites used so far for pack

Extricate

https://doi.org/10.1007/978-3-319-94463-0nical strength but also are light in weight and cost effective. The reasons of popularity of this area reside in many important parameters such as recyclability, biodegradability and environment friendly. Now scientists have developed biopolymer derived from corn, soy etc. which is used to reinforce

STING

https://doi.org/10.1007/978-1-4615-6253-5 as biodegradability, renewability and their relatively low cost to substitute the conventional petroleum-based polymers. The nanocomposites based on polylactic acid (PLA) have the potential to be used in automotive applications due to good mechanical properties and processability. This chapter high

尽管

Cervical-Spine

实施生效

Probabilistic and Bayesian Networks,y after collecting vegetable, without proper utilization. However, this biomass from the okra plant is a renewable, biodegradable, cost efficient and low-density source for production of bast fibers, and other industrial cost-efficient eco-friendly materials. The research on okra bast fiber has star

Impugn

多山

Neuromorphic Fuzzy Controller Design,read industrial applications including aerospace, automotive, locomotive, chemical and biomedical industries. Specially, the reinforced natural rubber nanocomposites have drawn the attention of the research as well as industrial worlds greatly because of their superior thermal and mechanical propert

obsolete

Asperity

M. A. Arbib,G. F. Franklin,N. Nilssoned composites by describing their isolation, surface modification, composite preparation, properties, and applications. Furthermore, the obtained results for developed bionanocomposites materials shows that it can be a promising alternative for conventional packaging materials with improved properties.