Podcasts about altough

The Domestic Violence Call And Shooting That Changed His Life. His injuries from the shooting are not visible. It motivates him to help others heal.  Be sure to Like and Follow us on Facebook.. The domestic violence call was anything but routine. Shots were fired by the suspect and it quickly turned into a life or death encounter. When the suspect shot at him and other officers, he was pinned down. He states that the point blank shot came close enough that it wiggled his ear. Altough cut from broken glass, he thought he was fine.  Kevin Donaldson a retired police officer is our guest. He talks about the life and death incident, how PTSD impacted him and his family. Kevin also discusses how it motivates him to help others heal.  Check out the Clubhouse: Drop In Audio Chat App for free. It is social audio, think of truly interactive talk radio. Be sure to become a member of our club for free, LET Radio and Podcast.  Background song Hurricane is used with permission from the band Dark Horse Flyer. If you enjoy the Law Enforcement Today Radio Show and Podcast, please tell a friend or two, or three about it. Never miss out on an episode of the Law Enforcement Today Podcast, AND be automatically entered in all future contests. Simply subscribe for our free email newsletter, never more than 2 issues a week sent out. Click here and scroll down about half way.   Interested in being a guest, sponsorship or advertising opportunities send an email to the host and producer of the show jay@lawenforcementtoday.com. Follow us on MeWe, Twitter, Instagram, Facebook,and on Retalk.com.  In the Clubhouse app look for and follow @LetRadioShow. See omnystudio.com/listener for privacy information.

Max Faingezicht came to the States from Costa Rica to study at MIT in the MBA program. Altough his entrace to the States was pretty smooth, his immigrant entrepreneurial path was not at all a straight path.  Max was a co-founder at Thrive Hive and one of his biggest successes was raising $1.5 million in capital to continue the launch of Thrive Hive.  He now started a brand new company, Telescoped. I call it more of a philanthrapy movement because the mission behind Telescoped is to connect highly intelligent engineers from his home country, Costa Rica, with the folks in America that can pour into their dreams of starting a business.  Where to find Max:  LinkedIn Telescoped Mentioned in the show:  OneWay If you would like to be on my show, email me at hello@alinawarrick.com.  My blog - alinawarrick.com

Altough we don't have all the numbers yet, we can say that there are some close races, like the Gov's race and the CD1 race. We'll talk to the man currently beating Sen. Hillyard in a state senate primary. 

Are you having a hard time finding peace during your grief journey? Altough grief is a nornal reaction to any loss. Grief is still messy. Today's episode is packed with so many wisdom tools. Join me in learning the importance of finding peace.  The Redefining Grief Podcast is designed to educate and empower grievers and those who are supporting grievers. As a Licensed Clinical Social Worker and Certified Grief Specialist, Herdyne Mercier provides practical advice with a clear understanding of grief as well as necessary action steps for grief recovery. While life is not perfect, it still must be lived. Therefore, it is necessary to have the emotional tools to help us navigate the grief and losses we are sure to encounter. Episodes are released weekly on Tuesday mornings. For questions about booking or sponsoring the podcast, email us at info@mercierwellness.com. Book a Heart-to-Heart Call today at www.herdynemercier.com  If you’d like to schedule a consultation, contact us at the link below.https://calendly.com/mercier-wellness/consultation Find us on social media:#RedefiningGrief #MercierWellness Instagram @herdynemercier Facebook  @HerdyneMercier   Twitter @HerdyneMercier Linkedin  @HerdyneMercier   

Making new friends is one of the most hardcore techniques you need to develop in order to have a successful life. #friends #makefriends #makenewfriends You can't go far without friends, especially when it comes to building a powerful network web for you, which can translate into amazing opportunities. But... We all agree that making friends is not super easy. And lots of people actually find it quite difficult. Even more difficult is making new friends with someone you have nothing in common with. Altough it can make things more difficult, it is still not impossible. But... How should you do it? Watch this video and find out!

EPISODE CCLVIII THE LAST JEDI SPECIAL It is a bright time for the franchise. Altough some nerds just can’t be pleased, The Force Awakens and Rogue One turned out to be pretty good and crowd-pleasing movies that people of all ages watched many times. Evading the dreaded Kathleen Kennedy, a group of talented movie makers […] The post Crónicas del Multiverso #258 – The Last Jedi SEASON FINALE II appeared first on Crónicas del Multiverso.

EPISODE CCLVII THE LAST JEDI SPECIAL It is a bright time for the franchise. Altough some nerds just can’t be pleased, The Force Awakens and Rogue One turned out to be pretty good and crowd-pleasing movies that people of all ages watched many times. Evading the dreaded Kathleen Kennedy, a group of talented movie makers […] The post Crónicas del Multiverso #257 – The Last Jedi SEASON FINALE appeared first on Crónicas del Multiverso.

In this new episode we have interesting (and sad subjects):- Arsenal or Arsene, will you ever change? Altough deserved win for ManCity- Chelse got the win they needed so bad!!- Moyes and a new team, tell me a better pair...can he save them or sink them??- Small preview of the international games ahead!Follow us:- https://twitter.com/SoccerAcross- https://www.facebook.com/Soccer-Across-the-Pond-117982115576331/

In this new episode we have interesting (and sad subjects):- Arsenal or Arsene, will you ever change? Altough deserved win for ManCity- Chelse got the win they needed so bad!!- Moyes and a new team, tell me a better pair...can he save them or sink them??- Small preview of the international games ahead!Follow us:- https://twitter.com/SoccerAcross- https://www.facebook.com/Soccer-Across-the-Pond-117982115576331/

Mind Games -- in many ways the most forgotten of the mainstream Lennon releases.      The stress of the deportation issues, Richard Nixon's reelection and the fight for Kyoko were taking their toll in the Lennon household.    John's response was twofold:   keep apologizing to Yoko (in both word and song), and come up with an LP in the "Imagine" mold to try and win back the affection of the record charts.     Altough neither was immediately successful, time, a pregnancy and an excellent posthumous remix may have resulted in each of those boxes eventually being ticked.

Altough the meteorological spring has officially begun, weather is still in freezing mode here across Europe. As we can’t wait for the warm period of the year we asked Lena Lindbergh to mix us a typical summer cocktail – the Mojito ! Grown up in Düsseldorf, Germany, Lena early developed a passion for music and praticed Djing already with her first tape recorder! After a musical education and influenced by artists like Cyrill Hahn, Jessie Ware or Joris Voorn, she started her solo project in 2012. The result is impressive: multiple releases on labels such as Wonnemusik, Indiana Tones or Emma Music. Her fresh and melodic tracks put you in the right mood for dancing in the clubs, cruising in your car or just getting through a hard day at work. Lay back, make yourself comfortable and enjoy these smooth and warm vibes by Lena Lindbergh exclusively mixed for Schirmchendrink ! Cheers, The bartenders FREE DOWNLOAD AND FULL TRACKLIST AVAILABLE ON FACEBOOK: Link up! https://www.facebook.com/lenalindbergh https://soundcloud.com/lena-lindbergh www.facebook.com/schirmchendrink @schirmchendrink www.schirmchendrink.com Mastering by Roby Deep @robydeep

Join dynamic Austalian husband and wife team, Michael and Sarah as they watch every single episode of the classic 1987 Disney series DuckTales and then talk about them for your auditory pleasure. This week they are joined by The Fabulous Adam Richard!! (adamrichard.com) Episode 35: 'Scrooge's Pet' To be honest, 75% of this episode is us laughing as we have a wonderful time with our guest, Adam Richard. Altough, it's not all laughs as the fate of a cumquat tree surprises us all. Please rate and review 'It's A Duck Blur' on iTunes. It helps other people find the show. For more Michael, follow him on Twitter: @meandmyeaselFor more Sarah, follow her on Twitter: @why_in_the_heck OR at her blog cookbookresolution.comFor more Michael AND Sarah listen to 'Pop Quiz Hot Shot with Michael Williams', also available on iTunes, Stitcher and where all good podcasts are sold.  

Joining Bob Dale tonight is Colin Ganley of CigarTourism.com and European Cigar Journal Cigar of the Week is The Crown Jewel Premium Boutique Cigar - Specially created by Master Cuban Blenders whose tradition and history date back to the early 1900’s. Our product has been uniquely blended utilizing only the finest and rarest leaves to include; a Silky Rich Ecuadorian Sun Grown Wrapper, an exclusive specially cultivated Dominican “Piloto Cubano” 5 year aged long leaf tobacco from the North Central Region of the Cibao Valley precisely blended with, a sweet selected Peruvian tobacco from the San Martin region of the Northern Amazon. The final product is then hand rolled by a select few of skilled Master Cuban Rollers. http://www.crownjewelcigars.com/ Herf lines from Adam Estrem and Angry Bill This week's Dark Side - Dale and Colin review the Cohiba Lancero. Cohiba is the flagship line of Habanos SA. Cohiba accountesd for 8.1% of the exports in 2001. Paying prices with 30% to 50% premium over other Habanaos has never resulted in a shortage of customers for Cohiba. Cohioba is the only Habanos cigar where the tobacco undergoes a third fermentation with the seco and ligero being cured for 18 months in cedar barrels. Altough smokable after 3 years, it is recommended to have at least 5 years of additional ageing before they reach their full promise. What else have you been smokin' Dale?- 1997 Cusano Corojo - Guantanamera 310 - Liga Privada T52 toro - Viaje TNT - Oliva Serie V Lancero - What Else you been smoking Colin? Square pressed Epernay, Rocky Patel 15th Anniversary, Plasencia Reserva Organica What else have you been smokin' Bob? - Torano Copper - Wonderfully smooth smoke with lots of subtle flavors, savory leather, slight mild chocolate flavor. Pre smoke aroma is barnyard with a hint of cedar. Smooth well aged tobaccos. Kristoff Sumatra - Although it is not a bad smoke, it does exhibit some nuances of youth, the binder burns very black which could indicate a short fermetation period and the flavors just dont really come together like in the Torano. Gurhka Assasin - A dark devilish smoke with very smoky flavors of wood and leather. A heavy smoke with lots of body and a hidden strength. This cigar is a bit stealthy in its pure strength but the flavor is consistent throughout. Not for the mild smoker. Whats My Band - #922 - Camacho Corojo Colin - easy draw, thick wrapper burns uneven but smokes nicely, so good! I can't see it but it tastes great. chocolaty, spicy cedar, nicely complex and balanced, reminds me of a multi-country blend, well aged/fermented wrapper. Robusto. little dry. Bob-Pre smoke aroma is distinctive barnyard. Very promising. Easy draw. Much lighter than expected smoke from a very dark cigar. Very astringent retrohale. But I never got any flavor from the cigar. In my book it was a complete bust.

The seismic waves that spread out from the earthquake source to the entire Earth are usually measured at the ground surface by a seismometer which consists of three orthogonal components (Z (vertical), N (north-south), and E (east-west) or R (radial), T (transversal), and Z (vertical)). However, a complete representation of the ground motion induced by earthquakes consists not only of those three components of translational motion, but also three components of rotational motion plus six components of strain. Altough theoretical seismologists have pointed out the potential benefits of measurements of rotational ground motion, they were not made until quite recently. This was mainly because precise instruments to measure ground rotational motion were not available. The measurement of rotational motion induced by earthquakes is relatively new in the field of seismology. To the best of our knowledge, the first experiment to measure ground rotational motion using rotational sensor was done by Nigbor (1994}. He successfully measured translational and rotational ground motion during an underground chemical explosion experiment at the Nevada Test Site using a triaxial translational accelerometer and a solid-state rotational velocity sensor. The same type of sensor was also used by Takeo (1998} for recording an earthquake swarm on Izu peninsula, Japan. However, because of the limitation of the instrument sensitivity, this kind of sensor was only able to sensing the rotational ground motion near the earthquake sources of other artificial sources. Another type of rotational sensor was assembled using two oppositely oriented seismometers. This is possible since in principle the rotational component of the ground motions is equal to half the curl of the ground velocity. This kind of sensor was intensively researched and developed by the seismology group in Institute of geophysics, Polish Academy of Sciences. However, they report several problems especially due to the small differences in the seismometer's response function. Like the solid state rotational sensors, this sensor was only able to measure rotational motion near the seismic sources. The application of the Sagnac effect for sensing the inertial rotation using optical devices were intensively investigated, since the advent of lasers in the sixties. However, the first application of a ring laser gyroscope as a rotational sensor applied in the field of seismology was reported by Stedman et al. (1995}. Fully consistent rotational motions were recorded by a ring laser gyro installed at the fundamental station Wettzell, Germany (Igel et al., 2005). They showed that the rotational motions were compatible with collocated recordings of transverse acceleration by a standard seismometer, both in amplitude and phase. They mentioned that "standard" rotational sensors with sufficient resolution may be possible in the near future. Among the other type of rotational sensor, ring lasers seem more reliable in seismic applications since it has been provenable to sensing the ground rotational motion from near source as well as teleseismic earthquake events with a broad magnitude range (Igel et al., 2007}. In earthquake engineering, observations of rotational components of seismic strong motions may be of interest as this type of motion may contribute to the response of structures to earthquake-induced ground shaking. Most of rotational/torsional studies of ground motion in earthquake engineering are so far still carried out by indirect measurements. It can be done since the rotational component of motion is a linear combination of the space derivatives of the horizontal component of the motion. However, to the best of our knowledge, there are no comparison of array-derived rotation rate and direct measurement from rotational sensors mentioned in the literature. The first objective of my thesis is to study the effect of noise and various uncertainties to the derivation of rotation rate and to compare directly the result with the ring laser data. Here we present for the first time a comparison of rotational ground motions derived from seismic array with those observed directly with ring laser. Our study suggest that - given accurate measurements of translational motions in an array of appropriate size and number of stations - the array-derived rotation rate may be very close to the "true" rotational signal that would be measured at the center of the array (or the specific reference station). However, it is important to note that it may be dangerous to use only the minimally required three stations as even relatively small noise levels may deteriorate the rotation estimates. Furthermore, it is clear that the logistic effort to determine rotations from array is considerably larger than direct measurements. In the light of this, the necessity to develop field-deployable rotational sensors with the appropriate resolution for use in local and regional seismology remains an outstanding issue. More recently, Igel et al. (2005) introduced a method to estimate the horizontal phase velocity by using collocated measurements from a ring laser and seismometer. A simple relationship between transverse acceleration and rotation rate (around a vertical axis) shows that both signals should be in phase and their ratio proportional to horizontal phase velocity. Comparison with synthetic traces (rotations and translations) and phase velocities determined in the same way showed good agreement with the observations. The second objective of my thesis is to study the accuracy of phase velocity determination using collocated measurement of rotational and translational motion and derive the Love wave dispersion curve using spectral ratio for both synthetic and real observed data. Whether the accuracy of the dispersion curves derived with the approach presented in this thesis is enough for tomographic purposes remains to be evaluated. Nevertheless, the results shown here indicate that through additional measurements of accurate rotational signals, wavefield information is accessible that otherwise requires seismic array data. However, to make this methodology practically useful for seismology will require the development of an appropriate high-resolution six-component broadband sensor. Efforts are underway to coordinate such developments on an international scale (Evans et al., 2006). The ground tilt is generally small but not negligible in seismology, especially in the strong-motion earthquake. It is well known that the tilt signal is most noticeable in the horizontal components of the seismometer. Ignoring the tilt effects leads to unreliable results, especially in calculation of permanent displacements and long-period calculations. The third objective of my thesis is to study the array-derived tilt, a further application of measuring tilt. An interesting result concerning tilt study based on a synthetic study is the possibility to derive the Rayleigh wave phase velocity as well as Rayleigh wave dispersion curve from collocated measurement of tilt rate and translational motions. The synthetic study shows that there is a frequency dependent phase velocity from collocated radial acceleration and transverse tilt.

The fetlock joint (articulatio metacarpophalangea) plays an exceptional role within the limb, as it is the only joint which is in hyperextension in the standing horse. It is therefore exposed to special loading situations compared to other joints. The objective of this study is to describe in a detailed way the morphological parameters of loading in the equine fetlock joint (metacarpophalangeal articulation). 45 specimens of 26 horses of different breeds and sizes, male and female were examined. Their age ranged from foal to 30 years. Using Computertomographic Osteoabsorptiometry (CT-OAM) and Chondrocrassometry (CT-CCM) the distribution of the subchondral bone density and the cartilage thickness were determined topographically in the 3D reconstruction of the joint. Generally the subchondral bone density increases in all bones forming the fetlock joint with increasing age of the horses. Up to the age of 2 years no significant increase in the subchondral bone density can be stated. From the age of 3 years onward a distinct increase can be measured until it comes to stagnation in horses older than 13 years of age. In most cases the areas with homogeneous subchondral bone density extend within the articular surface. In the dorso-distal area of the trochlea a broad transversal band of high bone density can be observed, which at the angle of stance corresponds to a respectively dense part of the phalangeal articular surface. The dorsal and palmar area at the edge of the trochlea, as well as the palmar edge of the fovea articularis show low bone density. Altough the lateral edges of the trochlea and the fovea articularis show a higher density. The method of split lines showed no definite preferential orientation of the collagen fibres in the subchondral bone of the fetlock joint. Therefore it is not possible to draw any conclusions concerning physiological incongruence of this articulation. In animals from 3 months to 2 years of age a change in the trochlear profile can be observed from a cylindrical condyle to a concave - convex shape in abaxial direction. This could be related to the results described above. Surfaces of the trochlea (palmar area) and the sesamoid bones articulating in the standing horse show a higher subchondral density. In contrast to the subchondral bone density the cartilage thickness generally decreases in older horses. After the period of maximum growth in horses the decrease of cartilage thickness stagnates at the age of 3 to 4 years. Articular surfaces in the trochlea, the proximal phalanx and the sesamoid bones which are in contact during stance show low cartilage thickness. It seems that areas which are loaded more statically way are covered by a thinner cartilage layer while areas loaded more dynamically are covered by a thicker cartilage layer. Generally speaking the tendency towards a negative correlation between subchondral bone density and cartilage thickness can be observed in the fetlock joint of the horse. An exception to this rule is the vertex area in the sagittal groove, where both a high density and a high cartilage thickness can be found.