Organic Film Growth on In Plane Heterogeneous Substrates

The Effect of Growth Bed Containing Organic Substrates and Irrigation Period on the Growth of Araucaria excelsa L.

Araucaria excelsa L. of Araucariaceae family is a beautiful conifer which has a high economic importance in the flower industry. A factorial experiment based on randomized completely block design with two factors: 1. Irrigation intervals in 2, 4 and 6 days (I1, I2 and I3) and 2. The growth bed in pots 3 L included M1 (100 % v/v cocopeat), M2 (100%  municipal waste compost), M3 (100 % vermicompo...

Organic epitaxial layers on organic substrates

Free in-plane vibration of heterogeneous nanoplates using Ritz method

In this paper, the Ritz method has been employed to analyze the free in-plane vibration of heterogeneous (non-uniform) rectangular nanoplates corresponding to Eringen’s nonlocal elasticity theory. The non-uniformity is taken into account using combinations of linear and quadratic forms in the thickness, material density and Young’s modulus. Two-dimensional boundary characteristic orthogonal pol...

Flip Chip on Organic Substrates

The attachment of a flip chip of moderate size and pitch to an organic substrate has lost much of its mystique in recent years. A small but increasing number of companies, including several contract manufacturers, is establishing flip chip capabilities. This can, in fact, be done in a step by step fashion and with moderate investments in facilities, equipment and training. Still, since only the...

Effect of Surface Energy on Pentacene Thin-Film Growth and Organic Thin Film Transistor Characteristics

In this study, we discuss pentacene-based organic thin films grown on a self-assembled monolayer (SAM)-treated dielectric with various functional groups and molecular lengths. The functional groups and molecular lengths on the dielectric surface were modified using a SAM treatment followed by ultra violet (UV) light exposure. Surface energy was used to observe the surface polarity variation dur...