The term ‘crystal engineering’ was initially used in 1971 by Schmidt associated with photodimerisation reactions within crystalline cinnamic acids. Crystal engineering is the design and functionality of molecular solid-state buildings with desired houses, based on a preliminary understanding and exploitation associated with intermolecular interactions. The two key strategies currently utilized for crystal engineering use hydrogen bonding in addition to coordination complexation.
An energetically modified cement is a cementitious material that has been produced using the EMC Activation process. The term “energetically modified cement”refers to a distinct class of cementitious materials. There are several different energetically modified cements depending on the raw materials used. Although the term implies that such compounds are cements, they are more accurately described as “cementitious materials”.
A crystal structure is a unique arrangement of atoms, ions or molecules in a crystalline liquid or solid. It describes a highly ordered structure, occurring due to the intrinsic nature of its constituents to form symmetric patterns. The Box can be thought of as an array of ‘small boxes’ infinitely repeating in all three spatial directions. Here briefly describe Crystal Structure and its classification.
Architecture created digitally may not involve using actual materials (brick, rock, glass, steel, wood). Digital architecture uses computer modeling, programming, simulation and imaging to build both virtual types and physical constructions. Digital architecture makes it possible for complex calculations that will delimit architects and allow a diverse variety of complex forms to become created with good ease using computer algorithms.
Geologic mapping is definitely an interpretive process involving multiple sorts of information, from analytical files to personal paying attention, all synthesized and recorded through the geologist. Digital geologic mapping is the process by which usually geological features are usually observed and recorded within the field and viewable in real-time using a computer or individual digital assistant. The function of the emerging technology should be to produce spatially referenced geologic maps which can be utilized and kept up to date while conducting subject work.