In our study, a statistically significant dependence was seen between bone mass density parameters (BMD in g/cm and T-score in the area of proximal femur, femoral neck and trochanter, BMD in g/cm of distal radius and total body T-score) and the lean mass.
Most such observations concentrated on determining Neptune's size, mass, density, and orbital parameters and searching for moons.
The models incorporated various assumptions about the universe's mean mass density, along with a parameter known as the cosmological constant--a hypothetical energy embedded in empty space, which may also govern the overall expansion of the universe.
Bone mass density is an important parameter used in the estimation of the severity and depth of lesions in osteoporosis.
Metamaterials can be classified as negative mass density (b), double negative parameters (c), negative bulk modulus (d) and near-zero mass density (e).
This model uses the pressure (P), temperature (T), molecular weight (Mw) and mass density as its input parameters.
Results showed that, within the same range of size, mass density and spreader operating parameters, spherical and rounded particles traveled further than elongated and angular particles.
The index of vertebral deformity, bone mass density (BMD), and biochemical parameters were calculated.
Acoustic parameters, the mass density and bulk modulus, which are analogous to the permittivity and permeability in electromagnetic waves are identified as key parameters for acoustic wave science.
We focus on the acoustic metamaterials in Sect. 2 with discussions in theory about acoustic parameters such as mass density and bulk modulus.
