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The HAWC gamma-ray observatory is a wide field of view and high duty cycle $\gamma$-ray detector investigating the 0.1 - 100 TeV energy range. It has detected supermassive black holes in the near Universe, and is seeking to detect black hole related objects like gamma-ray bursts, Galactic binary systems, primordial black holes and gravitational wave mergers. Daily light curves of the BL Lac objects Mrk 421 and Mrk 501 are presented here, together with a compilation of studies of black hole related objects.

The HAWC gamma-ray observatory is a wide field of view and high duty cycle $\gamma$-ray detector investigating the 0.1 - 100 TeV energy range. It has detected supermassive black holes in the near Universe, and is seeking to detect black hole related objects like gamma-ray bursts, Galactic binary systems, primordial black holes and gravitational wave mergers. Daily light curves of the BL Lac objects Mrk 421 and Mrk 501 are presented here, together with a compilation of studies of black hole related objects.

The HAWC gamma-ray observatory is a wide field of view and high duty cycle $\gamma$-ray detector investigating the 0.1 - 100 TeV energy range. It has detected supermassive black holes in the near Universe, and is seeking to detect black hole related objects like gamma-ray bursts, Galactic binary systems, primordial black holes and gravitational wave mergers. Daily light curves of the BL Lac objects Mrk 421 and Mrk 501 are presented here, together with a compilation of studies of black hole related objects.

We explore the correlated dynamics of an electron-hole and a proton after ionization of a protonated water cluster by extreme ultra-violet (XUV) light. An ultrafast decay mechanism is found in which the proton--hole dynamics after the ionization are driven by electrostatic repulsion and involve a strong coupling between the nuclear and electronic degrees of freedom. We describe the system by a quantum-dynamical approach and show that non-adiabatic effects are a key element of the mechanism by which electron and proton repel each other and become localized at opposite sides of the cluster. Based on the generality of the decay mechanism, similar effects may be expected for other ionized systems featuring hydrogen bonds.

A short story by Maxwell Struthers Burt from Scribners, July 1915. Uploaded to the Internet Archive by user galdraken.

A short story by Maxwell Struthers Burt from Scribners, July 1915. Uploaded to the Internet Archive by user galdraken.

A short story by Maxwell Struthers Burt from Scribners, July 1915. Uploaded to the Internet Archive by user galdraken.

239 p. ; 24 cm

A short story from The Best Short Stories of 1915, edited by Edward J. O'Brien. Uploaded to the Internet Archive by user galdraken.

A short story from The Best Short Stories of 1915, edited by Edward J. O'Brien. Uploaded to the Internet Archive by user galdraken.

Peridotite xenoliths from the Rio Grande Rift (RGR) are being analyzed for H (sub 2) O contents by FTIR (Fourier Transform Infrared) as well as for major and trace element compositions. Nine samples are from the Rio Puerco Volcanic Field (RP) which overlaps the central RGR and southeastern Colorado Plateau; seventeen samples are from Kilbourne Hole (KH) in the southern RGR. Spinel Cr# (Cr/(Cr+Al)) (0.08-0.46) and olivine Mg# (Mg/(Mg plus Fe)) (0.883-0.911) of all RGR samples fall within the olivine-spinel mantle array from [1], an indicator that peridotites are residues of partial melting. Pyroxene H (sub 2) O in KH correlate with bulk rock and pyroxene Al (sub 2) O (sub 3).The KH clinopyroxene rare earth element (REE) variations fit models of 0-13 percent fractional melting of a primitive upper mantle. Most KH peridotites have bulk-rock light REE depleted patterns, but five are enriched in light REEs consistent with metasomatism. Variation in H (sub 2) O content is unrelated to REE enrichment. Metasomatism is seen in RP pyroxenite xenoliths [2] and will be examined in the peridotites studied here. Olivine H (sub 2) O contents are low (less than or equal to 15 parts per million), and decrease from core to rim within grains. This is likely due to H loss during xenolith transport by the host magma [3]. Diffusion models of H suggest that mantle H (sub 2) O contents are still preserved in cores of KH olivine, but not RP olivine. The average H (sub 2) O content of Colorado Plateau clinopyroxene (670 parts per million) [4] is approximately 300 parts per million higher than RGR clinopyroxene (350 parts per million). This upholds the hypothesis that hydration-induced lithospheric melting occurred during flat-slab subduction of the Farallon plate [5]. Numerical models indicate hydration via slab fluids is possible beneath the plateau, approximately 600 kilometers from the paleo-trench, but less likely approximately 850 kilometers away beneath the rift [6].

The analytical solution and the numerical study of the eigenvalue problem for determining the buckling pressure of an infinite elastic plate floating on water and stressed uniformly along the periphery of an internal hole is presented. The boundary conditions considered are the clamped-, simple-, and free-edge conditions. Small buckling pressure occurs only for the free-edge condition. The shape of the deflection for the free-edge condition suggests that buckling is an important mechanism of failure. (Author)

The analytical solution and the numerical study of the eigenvalue problem for determining the buckling pressure of an infinite elastic plate floating on water and stressed uniformly along the periphery of an internal hole is presented. The boundary conditions considered are the clamped-, simple-, and free-edge conditions. Small buckling pressure occurs only for the free-edge condition. The shape of the deflection for the free-edge condition suggests that buckling is an important mechanism of failure. (Author)

Kilbourne Hole (NM, USA) and Dish Hill (CA, USA) mantle xenoliths sample continental mantle in two different tectonic settings. Kilbourne Hole (KH) is located in the Rio Grande rift. Dish Hill (DH) is located in the southern Mojave province, an area potentially affected by subduction of the Farallon plate beneath North America. FTIR analyses were obtained on well characterized pyroxenite, dunite and wehrlite xenoliths, thought to represent crystallized melts at mantle depths. PUM normalized REE patterns of the KH bulk-rocks are slightly LREE enriched and consistent with those of liquids generated by < 5% melting of a spinel peridotite source. Clinopyroxenes contain from 272 to 313 ppm weight H2O similar to the lower limit of KH peridotite clinopyroxenes (250-530 ppm H2O). This is unexpected as crystallized melts like pyroxenites should concentrate water more than residual mantle-like peridotites, given that H is incompatible. PUM normalized bulk REE of the DH pyroxenites are characterized by flat to LREE depleted REE profiles consistent with > 6% melting of a spinel peridotite source. Pyroxenite pyroxenes have no detectable water but one DH wehrlite, which bulk-rock is LREE enriched, has 4 ppm H2O in orthopyroxene and <1ppm in clinopyroxene. The DH pyroxenites may thus come from a dry mantle source, potentially unaffected by the subduction of the Farallon plate. These water-poor melts either originated from shallow oceanic lithosphere overlaying the Farallon slab or from continental mantle formed > 2 Ga. The Farallon subduction appears to have enriched in water the southwestern United States lithospheric mantle further east than DH, beneath the Colorado plateau.

A child takes a running start, grabs hold of the free-hanging end of a rope at the edge of a water hole at x = 0, swings upward, and lets go of the rope at some point, flying freely through the air until he lands in the water at x = R . For small initial speeds, the maximum range R is obtained by releasing the rope just short of its turning point and dropping almost straight down into the water from rest. On the other hand, as a child's running speed gets larger and larger (compared to the square root of the product of the length of the rope and earth's gravitational field), the rope should be released at an angle of about pie / 4 to maximize the range. That is, the optimum trajectory of a child is dominated by pendulum motion at low running speeds and by projectile motion at high initial speeds.

See this link for the most complete and recent information on this record: https://repository.californiarevealed.org/node/311067 . This recording of a lecture by respected California historian R. Coke Woods is on the topic of the Owens Valley Water Wars between the City of Los Angeles and Inyo County in the early 1900s.

See this link for the most complete and recent information on this record: https://repository.californiarevealed.org/node/311067 . This recording of a lecture by respected California historian R. Coke Woods is on the topic of the Owens Valley Water Wars between the City of Los Angeles and Inyo County in the early 1900s.

See this link for the most complete and recent information on this record: https://repository.californiarevealed.org/node/311067 . This recording of a lecture by respected California historian R. Coke Woods is on the topic of the Owens Valley Water Wars between the City of Los Angeles and Inyo County in the early 1900s.

See this link for the most complete and recent information on this record: https://repository.californiarevealed.org/node/311067 . This recording of a lecture by respected California historian R. Coke Woods is on the topic of the Owens Valley Water Wars between the City of Los Angeles and Inyo County in the early 1900s.

The problem can be reduced to an eigenvalue problem of a fourth order ordinary differential equation in a semi-infinite region. The series that satisfied the boundary condition at infinity is asymptotic, which cannot satisfy the boundary condition at a finite point and fails to yield the eigenvalues. Theoretically this difficulty can be overcome, as explained in this report, by converting the divergent asymptotic series to a convergent factorial series.

Mega Drought Caused By Heat Via Ozone Layer Hole Caused By Fossil Fuel THINNING THE SNOW ON THE MOUNTAINS, Hence, No Water For Rivers To Water California Farms To Feed 49 States. *** Fossil fuel   >     ozone hole close to the mountains   > loss of snow caps   >     Colorado river drying up   >     drought   >     famine   >     hunger among 49 states being fed by California all these years! Cebuano de mano: Mega-Huwaw tungod sa init agi sa buho sa Ozone Layer ginama sa Fossil Fuel NGA NAGPAKUNHOD SA NIYEBE SA MGA BUKID, busa, wala nay tubig alang sa mga suba para panubig sa mga uma sa California nga maoy nagpakaon sa 49 ka mga Estado. Fossil fuel > ozone hole duol sa kabukiran > pagkawala sa snow caps > Colorado river pagkauga   >   huwaw   >   gutom   >   kagutom sa 49 ka estado nga gipakaon sa California niining tanang katuigan! MAIN CONTENT # 2: OUR ATTITUDE (MENTAL-EMOTIONAL EMANATION) CAN CREATE CLOUDS AND RAINS The attitude of willing obedience, not forced, lets the minds and hearts of the people to collectively create an atmosphere that literally creates as well as attracts rains in due season! Hence, this blessing promised by God (rains in due season) is automatically drawn by us, if we have the correct attitude that exudes the right frequency that allows condensation to create cloud and then rains! In short, right attitude creates or attract rains in due season! No need for dangerous dam and irrigation system or solar-powered desalination for water. No need for machine. Our mind and heart are more than enough.   Cebuano Google: ANG ATONG ATTITUDE (METAL-EMOTIONAL EMANATION) MAKAHIMO UG MGA PANGUN-OG UG ULAN Ang kinaiya sa andam nga pagsunod, dili pinugos, nagtugot sa mga hunahuna ug mga kasingkasing sa mga tawo sa hiniusang pagmugna og usa ka atmospera nga literal nga nagmugna ingon man usab sa pagdani sa ulan sa tukma nga panahon! Busa, kini nga panalangin nga gisaad sa Diyos (mga ulan sa hustong panahon) awtomatiko natong makuha, kon kita adunay hustong tinamdan nga mogawas sa hustong frequency nga magtugot sa kondensasyon nga maghimog panganod ug unya moulan! Sa laktud, ang husto nga kinaiya nagmugna o nagdani sa mga ulan sa husto nga panahon! Dili kinahanglan alang sa peligro nga dam ug sistema sa irigasyon o solar-powered desalination alang sa tubig. Dili kinahanglan ang makina. Ang atong hunahuna ug kasingkasing kay igo na.   Cebuano de mano: ANG ATONG HUNABATI (SA ATONG ISIP UG KASINGKASING) MAKAHIMO UG MGA PANGANOD UG ULAN Ang kinaiya nga andam mosunod, dili pinugos, nagtugot sa mga hunahuna ug mga kasingkasing sa mga tawo sa hiniusang pagmugna og usa ka atmospera nga literal nga magmugna ug magdani sa ulan sa tukma nga panahon! Busa, kini nga panalangin nga gisaad sa Diyos (mga ulan sa hustong panahon) awtomatik natong makuha, kon kita adunay hustong hunabati nga mogama sa hustong frequency nga magtugot sa kondensasyon nga maghimog panganod ug unya ulan! Sa laktud, ang husto nga kinaiya nagmugna o nagdani sa mga ulan sa husto nga panahon! Dili kinahanglan alang sa peligro nga dam ug sistema sa irigasyon o solar-powered desalination alang sa tubig. Dili kinahanglan ang makina. Ang atong hunahuna ug kasingkasing kaigo na, subra pa gani.  

Mega Drought Caused By Heat Via Ozone Layer Hole Caused By Fossil Fuel THINNING THE SNOW ON THE MOUNTAINS, Hence, No Water For Rivers To Water California Farms To Feed 49 States. *** Fossil fuel   >     ozone hole close to the mountains   > loss of snow caps   >     Colorado river drying up   >     drought   >     famine   >     hunger among 49 states being fed by California all these years! Cebuano de mano: Mega-Huwaw tungod sa init agi sa buho sa Ozone Layer ginama sa Fossil Fuel NGA NAGPAKUNHOD SA NIYEBE SA MGA BUKID, busa, wala nay tubig alang sa mga suba para panubig sa mga uma sa California nga maoy nagpakaon sa 49 ka mga Estado. Fossil fuel > ozone hole duol sa kabukiran > pagkawala sa snow caps > Colorado river pagkauga   >   huwaw   >   gutom   >   kagutom sa 49 ka estado nga gipakaon sa California niining tanang katuigan! MAIN CONTENT # 2: OUR ATTITUDE (MENTAL-EMOTIONAL EMANATION) CAN CREATE CLOUDS AND RAINS The attitude of willing obedience, not forced, lets the minds and hearts of the people to collectively create an atmosphere that literally creates as well as attracts rains in due season! Hence, this blessing promised by God (rains in due season) is automatically drawn by us, if we have the correct attitude that exudes the right frequency that allows condensation to create cloud and then rains! In short, right attitude creates or attract rains in due season! No need for dangerous dam and irrigation system or solar-powered desalination for water. No need for machine. Our mind and heart are more than enough.   Cebuano Google: ANG ATONG ATTITUDE (METAL-EMOTIONAL EMANATION) MAKAHIMO UG MGA PANGUN-OG UG ULAN Ang kinaiya sa andam nga pagsunod, dili pinugos, nagtugot sa mga hunahuna ug mga kasingkasing sa mga tawo sa hiniusang pagmugna og usa ka atmospera nga literal nga nagmugna ingon man usab sa pagdani sa ulan sa tukma nga panahon! Busa, kini nga panalangin nga gisaad sa Diyos (mga ulan sa hustong panahon) awtomatiko natong makuha, kon kita adunay hustong tinamdan nga mogawas sa hustong frequency nga magtugot sa kondensasyon nga maghimog panganod ug unya moulan! Sa laktud, ang husto nga kinaiya nagmugna o nagdani sa mga ulan sa husto nga panahon! Dili kinahanglan alang sa peligro nga dam ug sistema sa irigasyon o solar-powered desalination alang sa tubig. Dili kinahanglan ang makina. Ang atong hunahuna ug kasingkasing kay igo na.   Cebuano de mano: ANG ATONG HUNABATI (SA ATONG ISIP UG KASINGKASING) MAKAHIMO UG MGA PANGANOD UG ULAN Ang kinaiya nga andam mosunod, dili pinugos, nagtugot sa mga hunahuna ug mga kasingkasing sa mga tawo sa hiniusang pagmugna og usa ka atmospera nga literal nga magmugna ug magdani sa ulan sa tukma nga panahon! Busa, kini nga panalangin nga gisaad sa Diyos (mga ulan sa hustong panahon) awtomatik natong makuha, kon kita adunay hustong hunabati nga mogama sa hustong frequency nga magtugot sa kondensasyon nga maghimog panganod ug unya ulan! Sa laktud, ang husto nga kinaiya nagmugna o nagdani sa mga ulan sa husto nga panahon! Dili kinahanglan alang sa peligro nga dam ug sistema sa irigasyon o solar-powered desalination alang sa tubig. Dili kinahanglan ang makina. Ang atong hunahuna ug kasingkasing kaigo na, subra pa gani.  

Episode 1x02 of Third Seat by the Window

"A nature-adventure book from Arizona highways magazine."

"A nature-adventure book from Arizona highways magazine."

239 p. ; 24 cm

239 p. ; 24 cm

239 p. ; 24 cm

239 p. ; 24 cm

239 p. ; 24 cm

"6575. 11/16/40. H.B. Birmingham allotment near Horse Mountains showing earth tank at John's Well, adjacent to Magdalena Stock Driveway. In the southwest, cattlemen often spend thousands of dollars on one water hole. Without water, range is useless. The livestock industry in this area owes its existence to the stockmen's relentless effort and ingenuity in developing and conserving the limited water supply. The Grazing Service in its range improvement program, has brought him immeasurable assistance. New Mexico."

160 pages ; 20 cm

160 pages ; 20 cm

This is the normally called "peehole" for Johnson and Evinrude Outboards. If that sounds too offensive for you just use the official word: "nipple". Oh no, that sounds offensive also! Please let me just say it in german: "Kühlwasserkontrollstrahlaustrittsöffnung" Ah, that´s so much better. Should fit perfect for most older Outboards. Just for snap in, maybe if it is too thight make the outer line hot before insert.

This is the normally called "peehole" for Johnson and Evinrude Outboards. If that sounds too offensive for you just use the official word: "nipple". Oh no, that sounds offensive also! Please let me just say it in german: "Kühlwasserkontrollstrahlaustrittsöffnung" Ah, that´s so much better. Should fit perfect for most older Outboards. Just for snap in, maybe if it is too thight make the outer line hot before insert.

This is the normally called "peehole" for Johnson and Evinrude Outboards. If that sounds too offensive for you just use the official word: "nipple". Oh no, that sounds offensive also! Please let me just say it in german: "Kühlwasserkontrollstrahlaustrittsöffnung" Ah, that´s so much better. Should fit perfect for most older Outboards. Just for snap in, maybe if it is too thight make the outer line hot before insert.

This is the normally called "peehole" for Johnson and Evinrude Outboards. If that sounds too offensive for you just use the official word: "nipple". Oh no, that sounds offensive also! Please let me just say it in german: "Kühlwasserkontrollstrahlaustrittsöffnung" Ah, that´s so much better. Should fit perfect for most older Outboards. Just for snap in, maybe if it is too thight make the outer line hot before insert.

Karnataka Legislative Assembly Debates - Book 644, Pages 68-70

Shot 1 in the water. Shot 3 in the hole. Hole-in-three for Fred Couples. One of the craziest pars of all-time. #TOURVault https://t.co/tqM5zoWfvm Source: https://twitter.com/PGATOUR/status/1237559114303184897 Uploader: PGA TOUR

Shot 1 in the water. Shot 3 in the hole. Hole-in-three for Fred Couples. One of the craziest pars of all-time. #TOURVault https://t.co/tqM5zoWfvm Source: https://twitter.com/PGATOUR/status/1237559114303184897 Uploader: PGA TOUR

Shot 1 in the water. Shot 3 in the hole. Hole-in-three for Fred Couples. One of the craziest pars of all-time. #TOURVault https://t.co/tqM5zoWfvm Source: https://twitter.com/PGATOUR/status/1237559114303184897 Uploader: PGA TOUR

Although nominally anhydrous mantle minerals contain only trace amounts of water, they are the main reservoir of water in the mantle. Added up at the scale of the Earth's mantle, these trace amounts of water represent oceans worth in mass]. Mantle xenoliths from Kilbourne Hole in southern New Mexico are ideal to study mantle water distribution in a rift tectonic setting as they come from a recently-erupted maar in the middle of the Rio Grande Rift. Eleven lherzolites, one harzburgite, and one dunite are being analyzed for water contents by FTIR. The xenoliths will also be analyzed for major and trace element composition, Fe3+/Summation (Fe) ratios, and characterized petrologically. Olivines exhibit variable water contents with less water at the rims compared to the cores. This is probably due to H loss during decompression and xenolith transport by the host magma. Mantle water contents appear to have been primarily preserved in the core of the olivines, based on diffusion modeling of the typically plateau-shaped water content profiles across these grains. Water concentrations are in equilibrium between clino- and orthopyroxene, but olivine concentrations are typically not in equilibrium with those of either pyroxene. Lherzolites analyzed so far have water contents of 2-12 ppm H2O in olivines, 125-165 ppm H2O in orthopyroxenes, and 328-447 ppm H2O in clinopyroxenes. These water contents are similar to, but with a narrower range, than those for the respective minerals in other continental peridotite xenoliths. The lherzolites have bulk-rock (BR) Al2O3 contents that range between 3.17 and 3.78 wt%, indicating similar degrees of partial melting, which could explain the narrow range of their pyroxene water contents. Primitive mantle normalized rare earth element (REE) profiles of the bulk lherzolites vary from light REE depleted to flat, with no significant differences between, nor relation to, their mineral water contents. Consequently, the metasomatic agents that enriched LREEs in these lherzolites were most likely water-poor. The harzburgite and the dunite have lower weight percent Al2O3 compared to the lherzolites (2.11% and 0.34% respectively) indicating higher degrees of melting. Their olivine water contents, however, are similar to those of the lherzolites. Moreover, no correlations are observed between pyroxene water contents and indices of melting or metasomatism between the lherzolite group, the harzburgite, and the dunite, although the latter has the lowest pyroxene water contents. More samples will be analyzed to determine if the water contents are controlled by melting, metasomatism, or a combination of the two in the Kilbourne Hole mantle.

Although nominally anhydrous mantle minerals contain only trace amounts of water, they are the main reservoir of water in the mantle. Added up at the scale of the Earth's mantle, these trace amounts of water represent oceans worth in mass]. Mantle xenoliths from Kilbourne Hole in southern New Mexico are ideal to study mantle water distribution in a rift tectonic setting as they come from a recently-erupted maar in the middle of the Rio Grande Rift. Eleven lherzolites, one harzburgite, and one dunite are being analyzed for water contents by FTIR. The xenoliths will also be analyzed for major and trace element composition, Fe3+/Summation (Fe) ratios, and characterized petrologically. Olivines exhibit variable water contents with less water at the rims compared to the cores. This is probably due to H loss during decompression and xenolith transport by the host magma. Mantle water contents appear to have been primarily preserved in the core of the olivines, based on diffusion modeling of the typically plateau-shaped water content profiles across these grains. Water concentrations are in equilibrium between clino- and orthopyroxene, but olivine concentrations are typically not in equilibrium with those of either pyroxene. Lherzolites analyzed so far have water contents of 2-12 ppm H2O in olivines, 125-165 ppm H2O in orthopyroxenes, and 328-447 ppm H2O in clinopyroxenes. These water contents are similar to, but with a narrower range, than those for the respective minerals in other continental peridotite xenoliths. The lherzolites have bulk-rock (BR) Al2O3 contents that range between 3.17 and 3.78 wt%, indicating similar degrees of partial melting, which could explain the narrow range of their pyroxene water contents. Primitive mantle normalized rare earth element (REE) profiles of the bulk lherzolites vary from light REE depleted to flat, with no significant differences between, nor relation to, their mineral water contents. Consequently, the metasomatic agents that enriched LREEs in these lherzolites were most likely water-poor. The harzburgite and the dunite have lower weight percent Al2O3 compared to the lherzolites (2.11% and 0.34% respectively) indicating higher degrees of melting. Their olivine water contents, however, are similar to those of the lherzolites. Moreover, no correlations are observed between pyroxene water contents and indices of melting or metasomatism between the lherzolite group, the harzburgite, and the dunite, although the latter has the lowest pyroxene water contents. More samples will be analyzed to determine if the water contents are controlled by melting, metasomatism, or a combination of the two in the Kilbourne Hole mantle.

Although nominally anhydrous mantle minerals contain only trace amounts of water, they are the main reservoir of water in the mantle. Added up at the scale of the Earth's mantle, these trace amounts of water represent oceans worth in mass]. Mantle xenoliths from Kilbourne Hole in southern New Mexico are ideal to study mantle water distribution in a rift tectonic setting as they come from a recently-erupted maar in the middle of the Rio Grande Rift. Eleven lherzolites, one harzburgite, and one dunite are being analyzed for water contents by FTIR. The xenoliths will also be analyzed for major and trace element composition, Fe3+/Summation (Fe) ratios, and characterized petrologically. Olivines exhibit variable water contents with less water at the rims compared to the cores. This is probably due to H loss during decompression and xenolith transport by the host magma. Mantle water contents appear to have been primarily preserved in the core of the olivines, based on diffusion modeling of the typically plateau-shaped water content profiles across these grains. Water concentrations are in equilibrium between clino- and orthopyroxene, but olivine concentrations are typically not in equilibrium with those of either pyroxene. Lherzolites analyzed so far have water contents of 2-12 ppm H2O in olivines, 125-165 ppm H2O in orthopyroxenes, and 328-447 ppm H2O in clinopyroxenes. These water contents are similar to, but with a narrower range, than those for the respective minerals in other continental peridotite xenoliths. The lherzolites have bulk-rock (BR) Al2O3 contents that range between 3.17 and 3.78 wt%, indicating similar degrees of partial melting, which could explain the narrow range of their pyroxene water contents. Primitive mantle normalized rare earth element (REE) profiles of the bulk lherzolites vary from light REE depleted to flat, with no significant differences between, nor relation to, their mineral water contents. Consequently, the metasomatic agents that enriched LREEs in these lherzolites were most likely water-poor. The harzburgite and the dunite have lower weight percent Al2O3 compared to the lherzolites (2.11% and 0.34% respectively) indicating higher degrees of melting. Their olivine water contents, however, are similar to those of the lherzolites. Moreover, no correlations are observed between pyroxene water contents and indices of melting or metasomatism between the lherzolite group, the harzburgite, and the dunite, although the latter has the lowest pyroxene water contents. More samples will be analyzed to determine if the water contents are controlled by melting, metasomatism, or a combination of the two in the Kilbourne Hole mantle.

In order to promote public education and public safety, equal justice for all, a better informed citizenry, the rule of law, world trade and world peace, this legal document is hereby made available on a noncommercial basis, as it is the right of all humans to know and speak the laws that govern them. (For more information: 12 Tables of Code ) Name of Standards Organization: Bureau of Indian Standards (BIS) Division Name: Mechanical Engineering Section Name: Diamond Core and Waterwell Drilling (MED 21) Designator of Legally Binding Document: IS 11830-2 Title of Legally Binding Document: Water-well drilling - Down-the-hole hammer rigs, Part 2: General requirements for pneumatic rigs Number of Amendments: Equivalence: Superceding: Superceded by: LEGALLY BINDING DOCUMENT Step Out From the Old to the New --Jawaharlal Nehru Invent a new India using knowledge. --Satyanarayan Gangaram Pitroda

"The Water Hole" by: Wes Robert Ward Jed Eastwood had been riding all day and he was tired like a dirty old tumbleweed even before it was mid-day. On his trusty steed Brown he gazed out yonder and saw the water hole just so many yards away. Jed snickered his horse ahead and got him moving in that direction. Once there he jumped off Brown and took off his hat to wipe the sweat away, "Drink up, buddy boy, we still have a long ride, but I think we'll camp here tonight." Brown neighed a bit and bent down to start drinking from the water. And Jed joined him as he got down by the edge to wet his whistle and wash his face. The water was sweet as if it came off a mountain let alone the desert they rode in. Nothing wrong with it, it was clean. Jed closed his eyes as he remembered the sweetness of years ago before the Civil War and before coming out west. His wife Claire used to bake the sweetest bread in Virginia. He remembered his two children running around in the yard. He remembered his mother sitting in her rocker knitting away. He remembered his old man plowing. All gone, the war and afterwards with yellow pox took it all. It devastated his whole world. Literally destroyed his heart. Jed knelt on his knees and stared at the water before him. Memories of yesterdays appeared in the clear water as if showing him his long lost past. Jed in his grey Captain's uniform behind a wooden fence barricade with his fellow southern soldiers shooting back at the Yankees at Antietam, in Maryland. Memories of being wounded in the left arm by a sharp bullet that went through his upper arm. Jed rubbed it, he still felt the ache once in a while especially in rainy weather. He was lucky the meatball surgeons didn't take it off. He stood and walked his horse near a rock cropping and tied his horse's reins near a little tall grass for Brown to nibble, then he went to set up camp. Night came, Jed settled by the water hole and the campfire near him blazed as he rested on his bedroll and picked at his teeth with a toothpick after eating his nightly meal. "Brown, how far have we come since riding out from the east? Feels like a lifetime ago." The horse lightly neighed as he stood nearby and closed his eyes. He was always big on conversation. Jed let his horse be as he watched the water hole nearby. The blaze of the campfire made the water sparkle, he whispered, "Yep, a lifetime ago." Claire had come up to him by the lake in Virginia and smiled at him, "Oh honey, it's so beautiful here. The water is just so clear and the mountains beyond are just so majestic. It feels like heaven." "Heaven," Jed whispers as he recalls that beautiful moment a lifetime ago. He loved her so dearly, "Claire " It was heaven, and now he was in the desert. A harsh hell, yet the water hole was his only salvation. Brown sniffed lightly as he moved a bit. And his horse, without Brown he would be in a worse condition. Jed closed his eyes and drifted away into his own thoughts and dreams of yesterday. Claire… Billy, Annie, Pop, Ma… his troops, his friends. The next morning, all packed up, Jed mounted his horse and took Brown by the reins, and turned him towards California. Before riding off, he turned the horse back and said tiredly to the water hole, "Thank you for the dreams of yesterday, thank you for helping me to remember." The sun blazed hotly ahead and Jed knew he had to ride through hell to get there and he rode off towards California and hopefully into another heaven that he lost a long time ago. The End. 🏜️🐎

"The Water Hole" by: Wes Robert Ward Jed Eastwood had been riding all day and he was tired like a dirty old tumbleweed even before it was mid-day. On his trusty steed Brown he gazed out yonder and saw the water hole just so many yards away. Jed snickered his horse ahead and got him moving in that direction. Once there he jumped off Brown and took off his hat to wipe the sweat away, "Drink up, buddy boy, we still have a long ride, but I think we'll camp here tonight." Brown neighed a bit and bent down to start drinking from the water. And Jed joined him as he got down by the edge to wet his whistle and wash his face. The water was sweet as if it came off a mountain let alone the desert they rode in. Nothing wrong with it, it was clean. Jed closed his eyes as he remembered the sweetness of years ago before the Civil War and before coming out west. His wife Claire used to bake the sweetest bread in Virginia. He remembered his two children running around in the yard. He remembered his mother sitting in her rocker knitting away. He remembered his old man plowing. All gone, the war and afterwards with yellow pox took it all. It devastated his whole world. Literally destroyed his heart. Jed knelt on his knees and stared at the water before him. Memories of yesterdays appeared in the clear water as if showing him his long lost past. Jed in his grey Captain's uniform behind a wooden fence barricade with his fellow southern soldiers shooting back at the Yankees at Antietam, in Maryland. Memories of being wounded in the left arm by a sharp bullet that went through his upper arm. Jed rubbed it, he still felt the ache once in a while especially in rainy weather. He was lucky the meatball surgeons didn't take it off. He stood and walked his horse near a rock cropping and tied his horse's reins near a little tall grass for Brown to nibble, then he went to set up camp. Night came, Jed settled by the water hole and the campfire near him blazed as he rested on his bedroll and picked at his teeth with a toothpick after eating his nightly meal. "Brown, how far have we come since riding out from the east? Feels like a lifetime ago." The horse lightly neighed as he stood nearby and closed his eyes. He was always big on conversation. Jed let his horse be as he watched the water hole nearby. The blaze of the campfire made the water sparkle, he whispered, "Yep, a lifetime ago." Claire had come up to him by the lake in Virginia and smiled at him, "Oh honey, it's so beautiful here. The water is just so clear and the mountains beyond are just so majestic. It feels like heaven." "Heaven," Jed whispers as he recalls that beautiful moment a lifetime ago. He loved her so dearly, "Claire " It was heaven, and now he was in the desert. A harsh hell, yet the water hole was his only salvation. Brown sniffed lightly as he moved a bit. And his horse, without Brown he would be in a worse condition. Jed closed his eyes and drifted away into his own thoughts and dreams of yesterday. Claire… Billy, Annie, Pop, Ma… his troops, his friends. The next morning, all packed up, Jed mounted his horse and took Brown by the reins, and turned him towards California. Before riding off, he turned the horse back and said tiredly to the water hole, "Thank you for the dreams of yesterday, thank you for helping me to remember." The sun blazed hotly ahead and Jed knew he had to ride through hell to get there and he rode off towards California and hopefully into another heaven that he lost a long time ago. The End. 🏜️🐎

In order to promote public education and public safety, equal justice for all, a better informed citizenry, the rule of law, world trade and world peace, this legal document is hereby made available on a noncommercial basis, as it is the right of all humans to know and speak the laws that govern them. (For more information: 12 Tables of Code ) Name of Standards Organization: Bureau of Indian Standards (BIS) Division Name: Mechanical Engineering Section Name: Diamond Core and Waterwell Drilling (MED 21) Designator of Legally Binding Document: IS 11830-1 Title of Legally Binding Document: Water well-drilling down-the-hole hammer rigs, Part 1: General requirements for hydraulic rigs with or without rotary mode Number of Amendments: Equivalence: Superceding: Superceded by: LEGALLY BINDING DOCUMENT Step Out From the Old to the New --Jawaharlal Nehru Invent a new India using knowledge. --Satyanarayan Gangaram Pitroda

A fun time was had by all when the Fairfax Park Authority Foundation hosted its annual Dog Daze K9 swimming event at the Water Mine Family Swimmin’ Hole at Lake Fairfax Park. More information at https://www.fairfaxcounty.gov/ Learn how to view this YouTube video in: • Spanish / Español : https://youtu.be/VWiXuJP_FuI • Vietnamese / Tiếng Việt: https://youtu.be/DkInPOeG5ps • Korean / 한국어: https://youtu.be/Dc5xcPzmrag • Chinese / 中文: https://youtu.be/ru74sQbEgtw • Urdu / اردو: https://youtu.be/McEGSPRbS-U • Farsi / فارسی: https://youtu.be/Pxb7osdYE5M Fairfax County Social Media Comments Policy: https://www.fairfaxcounty.gov/news2/fairfax-county-social-media-comments-policy/ For alternate accessible format or other assistance, please contact [email protected], 703-324-3187, TTY 711.