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Radiocarbon Dating Service
Time & Cost for Radiocarbon (C14) Analyses (dating)
| |
Small samples |
Routine |
High
Precision |
| Price |
On request |
On request |
On request |
Standard Pretreatment
(Processing Time) |
20 working days |
30 working days |
40 working days |
Fast Pretreatment
(Processing Time) |
On request |
On request |
On request |
Dating supposed to be based on samples of recommended for analysis size.
Multi-sample discounts are offered for batches of submitted samples
for conventional dating. Please send your inquiry to Dr. Michael Buzinny.
Sample's Rate:
| Sample type |
Rate |
| Wood & Charcoal |
1,0 |
| Peat |
1,1 |
| Bone |
1,2 |
| Humus & soil |
1,2 |
| Shell |
1,1 |
Radiocarbon dating C-14 sample prices and cost:
#1: Routine One (separate) charcoal sample (5-10 g of Carbon or
more) coming abroad costs: 100 Euro + 10 Euro for Customs formalities. When 10
similar samples - cost is 1000-10%Discount+10 Euro for Customs formalities
all equals 910 Euro.
#2: Routine One (separate) charcoal sample containing (0.5-3.0 g
of Carbon) coming abroad costs:150 Euro+10 Euro for Customs formalities. When 10 similar
samples cost is 1500-10%Discount+10Euro for Customs formalities all equals 1360 Euro.
When Sample's rate is not equal to 1,0 - for all cases, the base price should be multiplied
to corresponding Sample's rate.
When High Precision - for both cases, the base price should be multiplied
to 1.5.
Corresponding radiocarbon dating price calculation to Euros ( € ) could be performed
using appropriate exchange rate.
Few words about how is C14 used for dating the past?
14C (or Radiocarbon) is the
radioactive isotope of the common element carbon. It is generally
formed in the upper atmosphere by the interaction of cosmic rays
with nitrogen gas (N2). The
radiocarbon is oxidised to carbon dioxide (or CO2) and is instantantly mixed throughout the
atmosphere. As carbon dioxide is used as the basis for photosynthesis,
the radiocarbon is integrated into all living things. As far
as plant or animal dies, the radiocarbon decays.
It is known that half-life of radiocarbon is 5730 years.
At radiocarbon dating laboratory could be measured the amount of
remaining radiocarbon relative to the stable one which dont
change in concentration. Back-calculation to the time of death
could be done using the known radiocarbon half-life.
Radiocarbon content in the earth atmosphere is varying in time
due to past changes in the strength of the earths magnetic
field, the strength of the sun and changes in the carbon cycle.
It cause that the one radiocarbon year does not equal one calendar
year. Therefore radiocarbon age should be converted to calendar age
using one of several available software packages
Groningen,
CALIB 4,
OxCal,
CalPal.
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Michael G. Buzinny Page last saved at: 18/10/2007
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