The Titanium Calendar at a Glance

Year Published 2002
Days per Week 6
Days per Month 30
Months per Year 22
Base Year Length 668
Leap Days 1
Leap Day Position end of year
Basic Intercalation Formula 4x668 + 6x669
Extended Intercalation Formula
(\ denotes integer division)
(Y-1)\2 + Y\10 - Y\100
Mean Length of Calendar Year 668.59
Base Astronomical Year Vernal Equinox
Accuracy 1300 years
Cycle of Perpetuity 30 days
Mean LS of Beginning of Year 0.0
Year Count Start undefined
Epoch (CE) undefined
Epoch (JD) undefined
Naming Conventions Chemical elements Days
1st Month Hydrogen 30
2nd Month Helium 30
3rd Month Lithium 30
4th Month Beryllium 30
5th Month Boron 30
6th Month Carbon 30
7th Month Nitrogen 30
8th Month Oxygen 30
9th Month Fluorine 30
10th Month Neon 30
11th Month Sodium 30
12th Month Magnesium 30
13th Month Aluminum 30
14th Month Silicon 30
15th Month Phosphorus 30
16th Month Sulphur 30
17th Month Chlorine 30
18th Month Argon 30
19th Month Potassium 30
20th Month Calcium 30
21st Month Scandium 30
22nd Month Titanium 30
Intercalary Vanadium 8-9
7-day Naming Convention English + "Sol"
1st Day Sunsol
2nd Day Tuesol
3rd Day Wensol
4th Day Earthsol
5th Day Thursol
6th Day Frisol
7th Day Satsol

Notes:

This is one of several 22-month calendars.


  Document Elemental Martian Calendars
Terry Phelan
Summary Calendar The Chromium Calendar
Summary calendar The Potassium Calendar Option 1
Summary calendar The Potassium Calendar Option 2
Summary calendar The Vanadium Calendar
  calendar The Titanium Calendar
  Martian Time

Martian Time

  Martian Time Survey

Martian Time Survey 2.2