The methodology followed for search of literature consists of (a) generation of keywords as biomass/carbon stock, sequestration or pool estimation in different states in India, destructive methodology, nondestructive, allometric equations for biomass/carbon estimation in India for plantation forest, natural forest, Agroforestry, shrub biomass, types of forest, and their biomass status.
For instance, it can assess the pertinence of the different parts in the case of a composite work, and can contribute to identify the quarry of origin, together with the data obtained with other consolidated, even if more or less destructive, methodologies.
Although the techniques described above provide accurate and useful quantitative data on the biomechanical properties of matrix and tissue, most are generally considered invasive and/or destructive methodologies (Gueta et al., 2006).
In this paper, an innovative non-destructive methodology for assessing the amount of damage in composite materials is proposed.
This work presents a non-destructive methodology to accurately estimate an equivalent substrate doping profile of a typical CMOS process.
We describe the main features of a simple and strictly non-destructive methodology for the measurement of some physical parameters related to the internal structure of white marble.
However, the monitoring of the non-destructive methodology such as change of the electrical resistivity provides much more data about concrete properties in different conditions as a quality control tool in a simple way.
In this context, a non-destructive methodology to predict the stiffness of the Vasa oak in terms of moduli of elasticity in the three principal directions of timber at critical positions in the ship would be useful.
Due to the pursuit of practical applications for existing bridges, the main focus was on non-destructive methodology, combining experimental data and finite element modelling to obtain the residual prestress forces.
Our results show a clear displacement of DNA from lipoplexes upon contact with physiological ionic strength media, and, to our knowledge is the first time that this quantification is made using a non-destructive methodology.
Within this framework, remote sensing techniques (Tapete et al. 2013) and non-destructive methodologies like vibration-based tests (Aguilar et al. 2015) a) provide information on the structure condition, and on existing damages, and b) allow to identify adequate remedial measures (Castellaro et al. 2008; Ceravolo et al. 2014; Pazzi et al. 2016c).
