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SuperWikia 'Techmining & Astrodrilling'

This page is designated for SuperWikia 'Techmining & Astrodrilling' developments and site management for new and exisisting SIS Colonies & Settlements. Its intent is to create a quarry of user knowledge to be incorporated into other SuperWikia articles and illustrations.


Main Article

Staple Cauldron Site Management for Inconsidiarate Charging

Embedded Techmine Campaigns Supported Under The Tweep Republic On Site & Off Site Charter Management Provision


Solar & Interstellar Settlements of the Tweep Republic- Protocol for Techmining Logistical Charters

Briefing: The document below establishes the basic outlay for all standardized facilities and site installations for all planetary excavation and charter development. Its purpose is to serve as a disciplinary guideline for all SIS techmine work and documentation. The procedurals outlined herein are primers for individual and group earthwork, post-planetary engineering, astronautic fleet building and or global management operations, as found under the jurisdiction of the Solar & Interstellar Settlements of the Tweep Republic.


This outline addresses each of the following areas of jurisdictional specialities:

  1. Site Foundries & Refineries
  2. Environmental Development
  3. Lunar Shield Logistics
  4. Planet Building (Planetary Engineering & Global Management)
  5. Armed Services Research
  6. Testing & Pharma-Evangelism
  7. Solar Coil Management & Franchising


Site Foundries & Refineries

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Staple Cauldron Site Management
SIS Techmining Endicia 1.0 (2.5 in)
SIS Techmine Endicia
SIS Site Occupation Data
Baker Blower Linesmen Guilds: Nomenclature: Blowers are used to super-heat (cook) the air blown into the bakers which increases the aircharge 'heat' as it preps the coke/ ore / limestone / brimstone and cesium gas mixture.

Operates: Linesmen operate as bakers and blowers and give coke and head to the master blasters.

  • Drifter Duties: In between loads that also clear areas for rollers and police the facility.
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Staple Cauldron Site Management
SIS Techmining Endicia 1.0 (2.5 in)
SIS Techmine Endicia
SIS Site Occupation Data
Rear Blast Cauldron Linesmen Guilds: Nomenclature: Rear Blast Cauldrons are used to support the temperatures needed to maintain the 'staple cauldron', which is the main holding facility of the slut deposits. They also produce an additional air shaft for the aircharge to flow.

Operates: Linesmen operate the head intake (or lower head ore) movement between the head shutes and the rear cauldron. Also operates the shute arm and lubrication valves for the different shutes online.

  • Drifter Duties: May double as a baker, blower or other drifter duties during slow periods.
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Staple Cauldron Site Management
SIS Techmining Endicia 1.0 (2.5 in)
SIS Techmine Endicia
SIS Site Occupation Data
Aircharge Duct Linesmen Guilds: Nomenclature : Aircharge Ducts are extremely well protected vents which direct the flow of the Master Blasters directly into the main staple cauldron where which the molten steel is boiled to temperatures up to 2600 degrees. The Aircharge ducts also recycle the exhaust from the staple and redirects it into the overhead detainment unit where it is sent back into the staple again before being sent to a compressor.

Operates : Linesmen operate the aircharge dispatch, the aircharge planter (overhead detainment) and the compressor.

  • Drifter Duties: N/A (Full Shift)
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Staple Cauldron Site Management
SIS Techmining Endicia 1.0 (2.5 in)
SIS Techmine Endicia
SIS Site Occupation Data
Nozzle Point Steel Blaster Linesmen Guilds: Nomenclature : Nozzle Point Blasters consist of the holding cells of coke, ore head and other charges drawn before the compressor to be prepared for the 'proprietary shutes'. The Nozzles also are used to direct the flow of traffic of charges as the mixture is shifted into the staple.

Operates : Linesmen operate the nozzle vibrator screen, the shute conveyor belt, the top head to head hub, the anti-charge barricades and the proprietary overhead injection cabs.

  • Drifter Duties : May work all positions or maintain single post during shift.
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Staple Cauldron Site Management
SIS Techmining Endicia 1.0 (2.5 in)
SIS Techmine Endicia
SIS Site Occupation Data
Drop Forge Proprietary Shute Linesmen Guilds: Nomenclature : Drop Forges are the first line of deliberations for the staple cauldrons. They consist of the Shute, the Top head reciever bed, The offboard Aggregator and the proprietary disc; which is used to feed the super-heated charge into the staple.

Operates : Linesmen operate the shute arm movement, the top head reciever bed elevator, the offboard aggregator generator and other details.

  • Drifter Duties : N/A (Full Shift)
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Staple Cauldron Site Management
SIS Techmining Endicia 1.0 (2.5 in)
SIS Techmine Endicia
SIS Site Occupation Data
Ore Coke Well Linesmen Guilds: Nomenclature : Ore Coke Wells consist of the shipment stations and holding areas in which the crude / inconsidiary ore is stored safely away from the staple until it is processed.

Operates : Linesmen operate the shuttle cabs, trucking pallets, arm dozers and other short transport equipment. Also may inventory shipments / excavated inconsidiarate ore to be used as encasement charges.

  • Drifter Duties : Services the area to maintain safety and beautification. Also uses extra coke to increase increase performance.
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Staple Cauldron Site Management
SIS Techmining Endicia 1.0 (2.5 in)
SIS Techmine Endicia
SIS Site Occupation Data
Nest Elevator Linesmen Guilds: Nomenclature : Nest Elevators are large onsite elevator shafts which are used to transport heavy loads of untouched charge directly from excavation and mining vincents. The setup is as follows:
  1. Bramletts- The head start or preparatory site; normally where the staple is situated.
  2. Thoreaus- The cave-like passages flowing horizontal of the horizon; used as elementary points between shaft loads.
  3. Burroughs- The cave-like passages flowing vertical towards the bramletts; used as middle points and vertical delivery of shaft loads.
  4. Vincents- The most recent dig site(s) used to transport fresh charges;
  5. MATC's- The Mine Ascended Transport Carts; used to move inconsidiary around the site.

Operates : Linesmen operate in each major area and covers a broad roster of duties to defray the heavy loads needed to maintain the site.

  • Drifter Duties : May interchage between passages.
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Staple Cauldron Site Management
SIS Techmining Endicia 1.0 (2.5 in)
SIS Techmine Endicia
SIS Site Occupation Data
Dead Ore Linesmen Guilds: Nomenclature : Dead Ore Lines or veins are the source of all ore produced. They may consist of site equipment, explosive charges, load preparation / hydrolics and other portable or mobile items.

Operates : Linesmen operate mining surveyors, excavator screeners, lasers and other machinery.

  • Drifter Duties : N/A (Full Shift)
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Staple Cauldron Site Management
SIS Techmining Endicia 1.0 (2.5 in)
SIS Techmine Endicia
SIS Site Occupation Data
Swelter Blast Cauldron Recievers: Nomenclature : Swelter Blast Cauldrons are the main cauldron master blasters which generate the extreme temperatures needed to melt steel into a liquid lava-like magma which is the signature product and service of the site. Swelters work directly with the staple cauldron in routing charged particles into its golden-red lake of fire. Swelters produce up to 70% of the heat within the staple and blasts a tremendous amount of pressurized heat into the signature cauldron in order to stir up its firey center.

Operates : recievers operate the slut guard, to stir the giant cauldron; the turner engine, to operate the blaster and the ancilliary blowers, used to force the extremely pressurized heat into the molten liquid of the staple cauldron.

  • Drifter Duties : Duties include observation of temperature levels, conditions and stability of equipment and routine engineering evaluations during use.
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Staple Cauldron Site Management
SIS Techmining Endicia 1.0 (2.5 in)
SIS Techmine Endicia
SIS Site Occupation Data
Tall Slut Take-Out Recievers: Nomenclature : Tall Slut Take-Outs are essential to the operation of the staple cauldron due to the level of slut material which normally generates inside the cauldron and around the edges of its perimeter. The slut consists of hot steel, top head deposits, air pockets, processed charges and ladle extractions; all which may produce a lessor grade end product of steel.

Operates : Recievers operate the slut trap houses, the trace dope dispensor (used to trace and identify the end product) and the ancilliary solution dispensor (used as an agent in building and structural material).

  • Drifter Duties : N/A (Full Shift)
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Staple Cauldron Site Management
SIS Techmining Endicia 1.0 (2.5 in)
SIS Techmine Endicia
SIS Site Occupation Data
After Smoke (After-Ore Gas Molten Recievers): Nomenclature : After Smoke or After Ore-Gas Molds are large recieving tanks at the lower region of the staple cauldron which separate the slut from the 'charter' (the molten liquified and pure steel magma). The After Smoke is also known as an 'After Ore Gas Mold' due to its treatment of a selenium and cesium gas mixture which is administered over the mold as it fills to the top. After Smokes can be deep and broad, normally with slut trap houses and lady cabs to either side.

Operates : Recievers operate the charter barriers, to shape the molds features; the charter reservoir, to establish the molds depth; the charter after-ore gas valves, to monitor distribution; the charter nursery, used to temporarily house the assembly of magma molds.

  • Drifter Duties : Includes machine operation to clear area of line of sight safety issues.
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Staple Cauldron Site Management
SIS Techmining Endicia 1.0 (2.5 in)
SIS Techmine Endicia
SIS Site Occupation Data
Proprietary Charge Recievers: Nomenclature : Proprietary Charge Stations consist of the slut trap housing and enhancing its soft, sludge-like metal shavings to be later added along with a mixture of carbonic charges back into the Swelter Blast Cauldron.

Operates : Recievers operate the proprietary charge shaver, the charge extract mixer, the charge lead case escalade and other tasks.

  • Drifter Duties : N/A (Full Shift)
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Staple Cauldron Site Management
SIS Techmining Endicia 1.0 (2.5 in)
SIS Techmine Endicia
SIS Site Occupation Data
Ladle (Lady) Cab Drivers: Nomenclature : Ladle (or Lady) Cabs are used to move the steel charter to its final triage station. Lady Cabs may be custom-fitted or may use a standard large ingot to be melted down again at a later period. Ladle triages serve the charters which had priority charges after those that had regular or lower charges due to the effects cooling and hardening have upon the charter.

Operates : Drivers maintain basic records of orders, routine site logistics, ancilliary inspections and other duties.

  • Drifter Duties : N/A (Full Shift)
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Staple Cauldron Site Management
SIS Techmining Endicia 1.0 (2.5 in)
SIS Techmine Endicia
SIS Site Occupation Data
Excess Ingot Custodians (Bell Hops): Nomenclature : Excess Ingot Storage is generally maintained by the site in order to defray various instances of shortage. The ingots may be stockpiled and held on site in voluminous quantities and for long periods of time. Bell Hop Custodialship is applied to the ingots as they appreciate within the site's vaults or or storage regions. Bell Hops also are used by sites to track previous continuity reports, ancilliary data and other site information.

Operates : Bell Hops may be called upon to service short orders and charters, tall slut dating, aircharge expediting and other instances of custodialship.

  • Drifter Duties : N/A (Full Shift)
Staple Cauldron Site Management
SIS Techmining Endicia 1.0 (2.5 in)
SIS Techmine Endicia
SIS Site Occupation Data
Shaver Shear Operators: Nomenclature : Shavers are used on the stored and hardend slut bars which have been enhanced with select charges and cases. The shears are large shaving machines which strip down the slut bars into thin, small pieces of shavings to be put into the swelter blast cauldron and used to heat up an all new load of charter.

Operates : Shaver Shear Operators operate the shaver shears, the elevator conveyor, the light timber/lead/coal drop, the pressure blower and other duties.

  • Drifter Duties : N/A (Full Shift)



Environmental Development

Pylons & Planetary Pattern (Nataliscopic Measure)

Soilient Tandem Level (Soil Layer Deposits) 2 mi. Diam- Earth Systems Measurement

Base Constituent Composition

The basic and most primary compositional makeup of the soilient tandem level is of the class of stable valant properties which allow and receive ample levels of facilitative TK readings. This includes the various types of soilibase; a material composite of bioparticles, rock deposits, anomalities, natural oxygents, decadent matter, organic reserves and nutrients of which form during seasonal and regular revolutions of a celestial body that can sustain synthesis and efflorescent states. The soilibase consistent with regional and indigenous segments usually have a logical pathology in residual bedding.

Radioactive Stability

The soilibase of a planet or celestial body is generated by radioactive grade electrostatic that is inhaled or exhaled by the larger pylons and their conduct systems. Most soiliency is not considered volitile material; yet certain polymers and other alloys can host such concentrations of instability. When observed by a superscopic monitor, soilibase resembles a gaseous body which gravitates closely to its condensed outer core during the sedimentation process. When a foreign property or body is introduced to the soilibase, it can become extremely combustible as its own composition is made of carbonic based materials.

The typical celestial body (class 05- densitic / boyant) is considered an inferior transient on the universal radiation scale, most of which have higher concentrations of radioactive material within the inner regions; while certain other types of the same class have greater radioactive counts on sparatic surface patches called terrestial bramletts which serve as the primary staples of resonant radiation for such bodies. The different types of radioactive material are caused by the sedimentation process in which BC particles are formed in one sephelon and settle within another sephelon with like particles and origin addresses. When the origin address enters into a new fret count, the radioactive properties emit a homing signal which gives off a very broad or very thin archulement. The further away a particle travels, then the greater its valency count.

Acumen Gradiency

The activity level of a celestial body that has a high acumen stability classification is known to be prolific in its most natural state. Soilibase of organic materials can generate enough efflorescents that its entire circumference can become a soiliborne. Atmospheric levels of habitational BC resources are also influenced as the acumen class increases; the lower the stability, the more volatile an atmosphere, the greater the stability of an atmosphere, then the greater its habitational BC resources of the soiliency. Aerosextantation is the uninetic defintion of the acumen and its ability to remain within any particular atmosphere. When a surface gradiency becomes to stringent, the aerosextant shifts, much like a thermostat to accomodate the variance.

Nomenclature Information

The placement and categorization of soilient materials is conducted under the presurfacecient- seismic (pre-surface) leniunom which encompasses seven different major types of soil and soilibase materials.

Dalance Propensity

The linearization of soil layer deposits by means of dalance testing is known as soiliosemetry; the inventoring of soil types according to dalance property enhancement. The measurement of dalance influence on soilient and soilibase regions is called lineamentonomy.

Occuldent Properties

The existence of xiodekenetic activity within soilibase properties is rare, outside of tandem kenesis and seasonal telicamologic phenomena. Yet, because of the high decadential compost levels of the deposits, combustion and other secondary activity do occur in practice and in nature. Earthialipsis is the uninetic term for probability factors of occuldent activity such as seasonal drought, topsoil degradation, arborative disease, pestilence, landslides, erosion and sandstorms which ultimately alter or modify the soilibase regions.

Natural Telemetry

The sedimentary process of a pylon accounts for 34% of a celestial body’s sideral shift; including the soilent properties. Sideral shift is the occurrance of soil and other elements becoming dissettled during enhalation or exhalation. The natural telemetry of a typical soilibase layer is 1:14 (or 1 part of 14 different parts of a celestial body’s makeup). The natural telemetry on the uninetic scale is 1:70 (in respects to the equiposial celestial cycle).

Taxonomient Tandem Level (Top Layer / Fossil Deposits) 180 mi. Diam- Earth Systems Measurement

Base Constituient Composition

The sediment class known as the taxonomient tandem level hosts many generations of both soilient/soilibase and evolutionary BC composition. In measuring duration and BC lifespans, uninetic sciences use a principle known as the Secedence Method; the process of traking BC conversion or modification from one state to another of the same tenure.

Radioactive Stability

The thereoms of any geographic bodies is based upon the periodic instability of its constitution. In the case taxonomic activity and radiation levels, a high level of instability usually means the celestial body has undergone a magnitude of transitions, leading to the compilation of agaseous formations which originated in a different region of the firmament. As time elapsed, the pylons formed a new planet or planeture which carried traits from its diverse and varied evolution, so adding unto the high level of taxonomic structure, transition, aging, pathogen, life sustainance, environment inconsistancy, solar and other celestial phasing instability.

Tandem Colonization is the process of enriching specific properties to govern over other properties under a uninetic code of instruction. The level of radioactivity of taxonomic deposits bridge the gap in testing for radioactive stability in BC measurements, rim and continental drift, absentee tandems, negatively charged electrostatic fields, deep layer fossil reserves, origination and native strandel evolution. During colonization, tandem beds form to peak levels while stimulated by various radioactivity types; of which impregnate the individual BC particles with a new code of instruction that is carried until the new colony of perfectures has been completed. An example of radiation stimulation would be in comparing two batteries; one is used repeatedly while the other is charged; a variance is created and the used battery is eventually replaced.

Acumen Gradiency

The applicational use of other components within a complex planetary system by a single component of its genesis is known as Astral Benefit Compensation (ABC). The fossil deposits of such a system retains certain compensory properties during its inductive cycle which is used during the aerosextantation of its celestial cycle. When the acumen triggers the fossil deposits fret count, a chain reaction occurs which creates a new itiniary and ABC formula.

Nomenclature Information

The proper categorization of taxonomient properties is established within the uninetic jurisdiction of the post-surfacient- seismic (post-surface) leniunom which entails seven different major types of taxonomient and undereartial properties.

Dalance Propensity

The labial capacity of the taxonomient layer has a greater absorbancy than that of the preceding soilient layer due to the gravitational incline towards the inner core regions as well as time and sedimentary factors accordingly. The tendency level of dalance properties generate a definable magnetic attraction as electrostatic and other particles are fused together within the various layers of fossilized and or older and more concentrated sediment matter which ceased yeilding sustainable oxygenation and became surrogates of the lower thermoplate. In measuring dalance abodial capabilities within the taxonomient region, a process known as lineamentography; in that a more effective approach is needed to observe the movements and behavioral response of the individual particle myriads.

Occuldent Properties

The expansive tendency of the taxonomient layer has been known to contribute to certain types of occuldent activity which have influenced the progression of such bodies to a fairly great extent. Such an example of endotecture response would be shattering of fraile or brittle rock formations which would lead to a larger category of separated land mass, techtonic displacement, aftershock retroactivity, polar shifts, lower level disturbances, earthquakes and surface reconstruction. The endotecture itself has a very strong ABC rating, being that composition emits a greater radioactive strength when retrograde tests are conducted.

Natural Telemetry

The symmetrical configuration of most taxonomient layers provide a geometric ‘shortcut’ during pylonial activity. This shortcut is known as the semisymmetry; of which telemetric formula are generated by manipulating the most prominent features of the more durable taxonomient region. An example of this would be to leverage two pails suspended by a rope hung over a bar with two different weights. The types and sizes of the weights may be altered or adjusted, but when the right dimensions are added, balance is restored. The actual effect is based upon radioactive materials which emit similar frequencies of compared celestial bodies. When the bodies are aligned, like coordinates and symmetrics are projected.

The natural telemetry of a typical taxonominal layer is 2:14 (or 2 part of 14 different parts of a celestial body’s makeup). The natural telemetry on the uninetic scale is 2:70 (in respects to the equiposial celestial cycle).

Abrasient Tandem Level (Afterearth Layer / Porous Deposits) 1071 mi. Diam- Earth Systems Measurement

Base Constituient Composition

The system of porous rock formations found beneath the taxonomient and soilient shells is known as the abrasient depositary; a series of coursic and mixed ‘saturatealloidic’ rock and metallic properties. The saturated rocks formed during the planet’s pagentization period in which the temperate of the planet’s stylus core pushed up molten variations of tandem properties through the lower depositaries in the form of the saturateallodic shelves supporting the upper shells. The shell and depository relationship of most planetary bodies comprise a ‘prolydundrome’ within its constitution; the more complex planets have two different versions of the prolydundrome concept.

Radioactive Stability

The typical composition of the abrasients promotes a heavy propensity for radioactivity. The electromagnetic concentrations found at that level, compounded with the mass compression from the upper shells gives the layer a prime environment to generate such synthetic conditions. Tensiononomy is the uninetic study of the evolutionary process of semiearthic radioactivity. It is fact that pressure distributed by a revolving body can supercede the stability level such a body until a new state is created. In the case of the electromagnetic concentrations, both positive and negative charges may collide to form etremely volitile conditions within this region.

Acumen Gradiency

The assessement of acumen data at the abrasient shelf is conducted at two different levels, the Dreign and the prone of the body’s reveloutionary course. When the body is at the peak of its revolution, the acumen is known to be at an allure posture; being that anticipated inertia continues, while the actual physical body desists. At this point, radioactivity decreases throughout the entire body. When the body is at the depression of its revolution, the acumen is known to be at an persuade posture; since its weight succumbs to the ellipses formed during the rotational process.

Nomenclature Information

The prospective of BC materials concentrated within the abrasient shelf consists of one hundred reservations. All of which comprise a major portion of abrasive resources. The abrasient layer also carries substantial characteristics of pylontechnic conductors, particles of BC materials which are highly apt to pylonial conditions such as lower atmospheric distubances and other electromagnetic activity.

Dalance Propensity

The level of responsive electromagnetic stimulation and resonance (LORESAR) of a planet or any celestial body depends upon the tincture level count already embedded into the body’s celestial address. The LORESAR formula is a dalance application used by uninet science in determining trajectory and other kenetic properties of each body classification. LORELAP (Level of Responsive Electromagnetic Levitation and Profusion) is the uninetic study of the apparent displacement (levitation) of a celestial body and its ability to withstand the enormous astral forces that sustain them (profusion) during their uninetic life and drivespan.

Occuldent Properties

The effective prediction cabability of occuldent activity within the lower ratio of simple and complex planets is based upon the level of urethral - labial activity of which the body reflects. Enmyclientry is the occuldent study of alphawave concentrations and temperment levels of each type of alphawave under research.

Natural Telemetry

The safety belt or solstic scaffold effect in which the abrasient shelf maintains is derived from the strength and depthness of its composite. When a celestlial stimulation occurs; (solstices, transmigrations, astralgenesis, pylontechnics, emplusions and solar flairs, etc.) an electromagnetic belt develops around the planet, emanating from the abrasient layer. The planet is more stable during the event because of the influence of the solstic scaffold effect.

Parliament Tandem Level (Precore Layer Deposits) 140 mi. Diam- Earth Systems Measurement

Base Constituient Composition

The structural stability of any simple or complex plantary system is based upon how coherent its precore layer becomes during the early developmental phases of its creation. The more intricate base constituent stablity measurements of such planets are usually located within the parliament level, consisting of large crystaline-like rock formations which absorb both heat from the inner core as well as electromagnetic radiation from solstic scaffold. The stellarithmic belt is the large magnetic feild that joins the precore layer shelf upon the scaffold which revolves within its own inference as well as around the solar pylon system. Once the inference becomes graduated; the belt, the shelf and the scaffold are aligned. If the inference does not become graduated, then the entire planet undergoes its urethral - labial phase.

Radioactive Stability

The traction residue of sedimentary drift left by the implosion of a planet’s pylon can normally be seen within the parlimentary layers, thus the compilation of radioactive gases and other particles that were fused together during the event. In natural physics, the direct beam of a sun (including the beams of Antecaldaronandante, or ‘our sun’) reflecting off of a planet or other celestial body is known as the triplexus-circumference, which is enhanced by the parlimentary shelf during seasonal lapse due to the heavy concentrations of radioactive materials. The thermal conversions and gravitational repulsion creates waves within the center portions of the shelf, thus the effect its self.

Lower Lineament Tandem Level (Lineal Exploit / Techtonic Shift Deposits) 4000 mi. Diam- Earth Systems Measurement

Base Constituient Composition

The sub-level lower lineament or “inner face” of simple and complex planets is considered as being a planet’s natural crucible due to the tremendous pressure and temperature it is capable of withstanding. It consists of hardend rock and metallic deposits known as satanicisaturatealloidic, which is a more complex version of its abrasient alloy relative.

Radioactive Stability

The technognomic and technoplasmic attributes in which the shelf is made consists of a para-metamorphic tandem by-product and a high propensity radioactive by-product gradience of rock (technognomy) and partially liquified paraplasma (technoplasm).

Acumen Gradiency

The applicable gravity of the outer layers and the shell itself have a minimum effect on the amass gravity of the lower lineament. Due to the fissionary nature of the shelf and its lower relatives, the constituency is extremely volatile. The amass gravity is a formula derived from the parametric weight of the planet itself and its immediate surroundings times the speed and velocity of the revolving body. The shelf has no real gravitational value.

Extravalent Tandem Level (Electroplate Layer / Magma Deposits) 1500 mi. Diam- Earth Systems Measurement

Occuldent Properties

The dual globleture which capacitates the magma deposits is known as the emmersive shaft, due to the hour glass shape of its electroplate outer shell. As the celestial body spins about its eathis course, the inner gravities in concert with the movement of the agaseous compounds create the churning effect.


Superflent Tandem Level (Stylus Centum Layer / Core Concentrate Deposits) 140 mi. Diam- Earth Systems Measurement

Lunar Shield Logistics

Planet Building (Planetary Engineering & Global Management)

Armed Services Research

Testing & Pharma-Evangelism

Solar Coil Management & Franchising

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