Praemoid / Praemide Metals

The Praemoid / Praemide Metals are a series of metals on top of the Lanthanides. Most of these metals are usually inductors by carrying & reacting to magnetic fields in their way. Most Praemides are electron accepters, therefore only some are electron donors. These elements in different compounds have been used with the chemical symbol Pi to represent any Praemide (PiCl could be Procterium Chloride or Anthralum Chloride). These are usually reactive and hazardous and this series has 19 metals in its group consisting of...

1st Batch Of Metals : Explosive Praemoids

 * 1) Peranium (Prn) - A fluorescent purple metal formed from radioactive decay of Iodoethane mixed with Calcium. This element has the atomic number of -352, the only negative element in the series.
 * 2) Lebanium (Lb) - A genuinely hard metal which isn't reactive with oxygen. This element has the atomic number of 232
 * 3) Srpskium (Srp) - An elastic metal used in alloys for soft metals such as gallium, sodium & potassium. It's most common alloy is Repanthanum which is usually an alloy of 50% Repentum, 30% Lanthanum & 20% Osmium. It's atomic number is 261. It is stable and usually forms salts in the hexarhombohedric crystal structure. This is why most salts of these appear in clusters of 6 or more and in quadrilateral shapes.
 * 4) Praemium (Pe) - An explosive metal with a soft and spongy texture and is the 1st in the Praemide Series. This element has the atomic number of 2332
 * 5) Contrapraemium (Cpe) - A vibrant coloured metal usually bombarded with excited fluorine electrons. This element is the 2nd in the Praemide Series. This element has the atomic number of 2333
 * 6) Astanum (Ae) - A dense liquid metal usually formed from organic oxygen and inorganic carbon sulfide with . This element has the atomic number of 2335
 * 7) Procterium (Pc) - (named after William Procter) Similar to Praemium in many ways, it has the same atomic mass and it is very explosive in many different ways. This element has the atomic number of 2337 
 * 8) Octonium (Oct) - (named after its most stable isotope 8888Oct) A heavy green metal with the atomic mass similar to uranium. This element is radioactive with a half life of 11.3 hours. This Element emits Gamma Rays due to electrophilic inducting methods. This has the atomic number of 2340
 * 9) Aureoline (Aro) - (or Alphanium / Alphanine) a Praemoid Halogen with very similar properties to all metals over here. It is a viscous solid with a soft and spongy texture. It is explosive and emits alpha particles when it decays
 * 10) Cairium (formerly Bellium) (named after the city Cairo) (Cai (formerly Bli)) - a lustrous metal emitting Cairium Dioxide fumes and poisonous transparent microwaves. This has the atomic number of 2341.
 * 11) Anthralum (Ah) - is a silver ductile viscous liquid metal with the electron shell configuration being very far from each other. Anthralum is named after the founder Harold Anthras who discovered it in 2015. It was not fully known until November 2020! This element has the atomic number of 2342
 * 12) Concordium (Ccd) - Concordium is a hypothetical element with atomic number 2373 with symbol Ccd. It is named after the Concorde, a supersonic passenger aircraft. The half-life for its most stable isotope is 27 years.
 * 13) Strongstem (Fim after Firmum meaning Stable) - A light, airy stable powdery metal stored in gas chambers. It is used on sandpaper due to its lethal scratching potential and explosive burn potential. This element has a Freezing Point of 30° and a Melting point of 4917.9° to be exact. This element has 2 isotopes of which are all stable and doesn't undergo any harmful radiation. The Hardest alloy of this metal is Lentium which is a Titanium-Doped Strongstem Tungsten alloy. it is the toughest metal there is yet, but we don't know. This has the atomic number of 2889.
 * 14) Arcusium (Plv) - (named after its latin name Pluvium meaning rainbow) is an iridescent light metal with the lightest atomic mass and the most nuclear inequality out of all metals. It's most stable isotopes are : 215Plv and 216Plv. This has the atomic number of 2890
 * 15) Bithynium (Bn) - Bithynium (named after Bithynia) is a natural element with an abundance of 70%. It is a grey metal similar to tantalum used for antiseptic products as either a healing agent or smoothing agent. This metal is soft enough to be cut with a knife without much force. It has the atomic number of 2376 and the chemical symbol Bn. It has 34 Isotopes and 17 of them are very unstable. This element is stable and strong enough to defend itself from ejected protons. If the neutron is too fast then it will decay into Thanosbeatboxium ( 1185 Thb), ( 1186 Thb) and its decay mode is gamma.
 * 16) Ivorium (Iv) - A precious Thermochromic metal which is Lavender Purple in darkness and Vibrant Orange in Light. It is the last radioactive element of this series with the atomic number 2347. It has a half life of 366 Days. Nuclear Scientists have discovered a recipe to make this artificially by bombarding Cobalt-60 Protons with Vanadium-50 Protons. This technique can form Cobalt Vanadate (Co 3 V 2 O 8) if not done correct. This element is heavy and about the same metric mass of uranium.
 * 17) Yhhrmillium (Ym) - An odd radioactive metal resembling Strongstem and Peranium.

2nd Batch Of Metals : Nonexplosive Praemoids

 * 1) Irolidinierium (or Irolidinerum / Irolidinum) (Il) - (Not to be confused with II) Irolidinierium is a praemoid metal with a opaque hazy amber colour. It has the chemical symbol Il. It is stable and the if not the most calmest substance in this group, the atomic number has not been found yet.
 * 2) Vargenum (Vg) - A lime green metal with similar properties to platinum, the atomic number has not been found yet.
 * 3) Tildenium (Tl) - The Only Liquid in this group being the most reactive. The Atomic number has not been found yet.
 * 4) Dmitriium (Di) - A Semi Solid radioactive metal melting into a golden liquid at 50 degrees. It has a half life of 327 weeks. The Atomic number has not been found yet.

These Elements are mostly in the I-Block on the periodic table.