The proposed ASCM can be useful in various precision three-dimensional (3D) imaging and profiling applications.
3 However, ASCM activities are most effective when delivered in combination and not separately.
Development of local alternative supplementary-cementitious materials (ASCM) such as ground mixed-waste glass is demanded especially when other ASCM are not locally available or costly.
The ASCM is successfully used to image an Indium Phosphide (InP) twin square optical waveguide sample with a 10.2 μm waveguide pitch and 2.3 μm height and width.
DCC can have more environmental benefits if designed with alternative supplementary cementitious materials (ASCM) since its strength is not the main concern.
So, valorization of this glass after grinding to same fineness as cement allows its use as ASCM, especially it has pozzolanic behavior.
This paper presents a laboratory optimization of pulp and paper biomass-fly ash (BFA) as ASCM and biomass-bottom ash (BBA) as an alternative sand, and combinations of both for DCC production.
For the first time, to the best of authors' knowledge, a no-moving-parts axial scanning confocal microscope (ASCM) system is designed and demonstrated using a combination of a large diameter liquid crystal (LC) lens and a classical microscope objective lens.
