… and key physical and chemical evidence about the formation of the diamond. Domains for
diamond formation To examine how diamond formation has changed with time, we distinguish …

… diamonds, the time capsule's little treasures, if you will. Diamondiferous xenoliths, their
diamonds, and mineral inclusions within the diamonds … of rocks and their diamonds. Such studies …

… time, history shows that diamond is the most precious and desired of all gems. In modern times
this status is further promoted through diamond’… such as the theme “a diamond is forever”. …

… To eliminate world and time quantifiers from a formula without free world or time variables,
we proceed as follows: First, relabel the variables so that no index is shared between …

… diamonds are similar to those in fibrous diamonds, … within the same locations in diamond
and track the same processes that … Diamond is an ideal mineral to study noble gases over time, …

… diamond, and therefore gives the time of diamond formation. … Diamond ages have placed
important time constraints on the … no other way to trace these so deeply and as far back in time. …

… time of crystallization, allowing the geochronometer to be ‘set’. The challenge of determining
the time of diamond … inclusion possessed at the time of diamond encapsulation. This ratio …

… Initally, this review briefly discusses secondary surficial diamonds and progresses through
… plays in diamond formation. In the past, deposit models for diamonds have recognized the …

… in the diamond lattice, provides information about the amount of time that diamonds spent at
… N B , t , we can calculate the time–temperature relationship for each diamond, or given the …

… Such young and undated diamond types cannot be used to constrain variations in the carbon
isotopic composition of diamonds through time, and they are therefore not included in the …